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5,155 results for “resolution”
Land Use/cover dataset of the Guangdong-Hong Kong Macao Greater Bay Area at 30 m Resolution from 1976 to 2020
<p>High spatiotemporal resolution, large-scale, multi-category land use data are crucial for studying regional ecological and environmental changes, urbanization impacts, and sustainable development planning.</p><p>In this study, the Google Earth Engine platform, Landsat satellite imagery, and a substantial number of manually interpreted samples were used to develop a dataset of annual land use in the Guangdong-Hong Kong Macao Greater Bay Area (GBA) at a 30 m resolution from 1976 to 2020. This dataset, termed Annual Land Use/Cover of the Greater Bay Area (LUC-GBA), was used to analyze the annual land use variation in 11 cities within the GBA. The high level accuracy achieved with the LUC-GBA dataset was evidenced by an overall accuracy (OA) of 93.98% and a kappa coefficient of 0.92 in 2020. The OA of interannual classification models ranges from 83.9% to 93.9%, and the kappa coefficients from 0.805 to 0.923, thus demonstrating the good performance of the model in multi-category land use classification within the GBA.</p><p>Resolution: 30m</p><p>Time span: 1976-2020 (excluding 1981-1985)</p>
Data from: Non-invasive age estimation based on fecal DNA using methylation-sensitive high-resolution melting for Indo-Pacific bottlenose dolphins
<p class="MsoNormal"><span>Age is necessary information for the study of life history of wild animals. A general method to estimate the age of odontocetes is counting dental growth layer groups (GLGs). However, this method is highly invasive as it requires the capture and handling of individuals to collect their teeth.</span><span> Recently, the development of DNA-based age </span><span>estimation methods has been actively studied as an alternative to such invasive methods, of which many have used biopsy samples. However, if DNA-based age estimation can be developed from fecal samples, age estimation can be performed without touching or disrupting individuals, thus establishing an entirely non-invasive method. </span><span>We developed an age estimation model using the methylation rate of two gene regions, <em>GRIA2</em> and <em>CDKN2A,</em> measured through methylation-sensitive high-resolution melting (MS-HRM) from fecal samples of wild Indo-Pacific bottlenose dolphins (<em>Tursiops aduncus</em>). The age of individuals was known through conducting longitudinal individual identification surveys underwater. Methylation rates were quantified from 36 samples. Both gene regions showed a significant correlation between age and methylation rate. The age estimation model was constructed based on the methylation rates of both genes which achieved sufficient accuracy (after LOOCV: MAE = 5.08, <em>R<sup>2</sup></em> = 0.34) for the ecological studies of the Indo-Pacific bottlenose dolphins, with a lifespan of 40-50 years. This is the first study to report the use of non-invasive fecal samples to estimate the age of marine mammals.</span></p>
Data from: Unisexual flowers as a resolution to intralocus sexual conflict in hermaphrodites
<p>In dioecious populations, males and females may evolve different trait values to increase fitness through their respective sexual functions. Because the two sexual functions are expressed by the same individual in hermaphroditic populations, resolving sexual conflict is potentially more difficult. Here, we show that the modularity of plants may allow hermaphrodites to resolve sexual conflict because modules with different genders can promote fitness through their specialized sexual functions by expressing a correspondingly optimal trait value. We analyzed the flowering phenology, sex allocation, and selection gradients on floral traits of flowers of the andromonoecious plant <em>Pulsatilla alpina</em>, which produces both bisexual and male flowers. Our results indicate that strong protogyny prevents early bisexual flowers from profiting from high siring opportunities early in the reproductive season at a time when male flowers are able to achieve high siring success. Andromonoecy therefore resolves sexual conflict experienced by bisexual flowers in strongly protogynous populations. Our study illustrates the resolution of sexual conflict arising from phenological constraints via modular divergence in sex allocation. We discuss the extent to which modular variation in sex allocation in species with other sexual systems involving bisexuality may be explained similarly.</p>
Assessment of the Axial Resolution of a Compact Gamma Camera With Coded Aperture Collimator
<p>The dataset contains 21 images of a point-like gamma source, taken with a compact gamma camera that was equipped with a coded aperture collimator. The pixel intensity represents the accumulated energy deposited by the captured gamma photons. This dataset was acquired as part of the following paper, to which the reader is referred for an in-depth explanation.</p> <p>Note: Although the TIFF files may appear as all black or all transparent images, they will be displayed correctly when opened with an image processing tool such as ImageJ or a Python script.</p> <p><strong>Assessment of the Axial Resolution of a Compact Gamma Camera With Coded Aperture Collimator<br></strong></p> <p><strong>Purpose:</strong> Handheld gamma cameras with coded aperture collimators are under investigation for intraoperative imaging in nuclear medicine. Coded apertures are a promising collimation technique for applications such as lymph node localization due to their high sensitivity and the possibility of 3D imaging. We evaluated the axial resolution and computational performance of two reconstruction methods.<br><strong>Methods:</strong> An experimental gamma camera was set up consisting of the pixelated semiconductor detector Timepix3 and MURA mask of rank 31 with round holes of 0.08mm in diameter in a 0.11mm thick Tungsten sheet. A set of measurements was taken where a point-like gamma source was placed centrally at 21 different positions within the range of 12 to 100mm. For each source position, the detector image was reconstructed in 0.5mm steps around the true source position, resulting in an image stack. The axial resolution was assessed by the full width at half maximum (FWHM) of the contrast-to-noise ratio (CNR) profile along the z-axis of the stack. <br>Two reconstruction methods were compared: MURA Decoding and a 3D maximum likelihood expectation maximization algorithm (3D-MLEM). <br><strong>Results: </strong>While taking 4,400 times longer in computation, 3D-MLEM yielded a smaller axial FWHM and a higher CNR. The axial resolution degraded from 5.3mm and 1.8mm at 12mm to 42.2mm and 13.5mm at 100mm for MURA Decoding and 3D-MLEM respectively. <br><strong>Conclusion:</strong> Our results show that the coded aperture enables the depth estimation of single point-like sources in the near field. Here, 3D-MLEM offered a better axial resolution but was computationally much slower than MURA Decoding, whose reconstruction time is compatible with real-time imaging.</p>
Age estimation of captive Asian elephants (Elephas maximus) based on DNA methylation: An exploratory analysis using methylation-sensitive high-resolution melting (MS-HRM)
<p>Age is an important parameter for bettering the understanding of biodemographic trends-development, survival, reproduction and environmental effects-critical for conservation. However, current age estimation methods are challenging to apply to many species, and no standardised technique has been adopted yet. This study examined the potential use of methylation-sensitive high-resolution melting (MS-HRM), a labour, time, and cost-effective method to estimate chronological age from DNA methylation in Asian elephants (<em>Elephas maximus</em>). The objective of this study was to investigate the accuracy and validation of MS-HRM use for age determination in long-lived species, such as Asian elephants. The average lifespan of Asian elephants is between 50-70 years but some have been known to survive for more than 80 years. DNA was extracted from 53 blood samples of captive Asian elephants across 11 zoos in Japan, with known ages ranging from a few months to 65 years. Methylation rates of two candidate age-related epigenetic genes, <em>RALYL</em> and <em>TET2,</em> were significantly correlated with chronological age. Finally, we established a linear, unisex age estimation model with a mean absolute error (MAE) of 7.36 years. This exploratory study suggests an avenue to further explore MS-HRM as an alternative method to estimate the chronological age of Asian elephants.</p>
Annual human footprint maps at 100-meter resolution from 1990 to 2020 for Qinghai-Tibet Plateau
<p>This Human footprint product is the first annual dataset with a resolution of 100 meters from 1990 to 2020 covering the Qinghai-Tibet Plateau (QTP). It integrates eight variables: population density, cropland, built environments, grazing activities, nighttime lights, roads, railways, and hydroelectric projects, each providing insights into various human impacts on the plateau. Additionally, the dataset's accuracy was assessed using 1,043 samples with a median resolution of 0.5 m, uniformly distributed across the QTP. These HF maps can serve as a critical tool for understanding the extensive human influence on the QTP, and can aid in conservation planning, resource management, and informing decision-making processes related to ecological restoration objectives. </p>
Radar high resolution vertical velocity
<p>High temporal resolution vertical velocity profiles from 205 MHz wind profiler radar at Cochin university of science and technology</p>
Video Supplement for "Understanding the dependence of mean precipitation on convective treatment and horizontal resolution in tropical aquachannel experiments"
<p>A time series of snapshots of precipitable water (shading) and rainfall rate (contour) in the tropical aquachannel simulations. </p>
High-resolution figures of Braig et al. 2023
<p>High-resolution figures of Braig et al. 2023 "The diversity of larvae with multi-toothed stylets from about 100 million years ago illuminates the early diversification of antlion-like lacewings" in Diversity (MDPI)</p>
Investigation of the post-2007 methane renewed growth with high-resolution 3-D variational inverse modelling and isotopic constraints - Input data
<p>This dataset contains all the input data utilized to perform the inversions in Thanwerdas et al. (2023).</p> <p>First, we store here some data used in the paper but originally generated for other studies. Because these original datasets did not have any DOI, the authors have graciously agreed to store their dataset here. Note that the paper associated to each dataset must be properly referenced if utilized.</p> <ul> <li><strong>Cl Concentrations - Wang et al. (2021).zip:</strong> Original Cl concentrations field from Wang et al. (2021). </li> <li><strong>CH4 Fluxes - Saunois et al. (2020).zip: </strong>Original CH4 fluxes used as prior data for the inversions performed as part of the Global Methane Budget 2000-2017 (Saunois et al., 2020).</li> </ul> <p>Second, we store the processed input data generated for the purpose of our study.</p> <ul> <li><strong>CH4 Fluxes - LMDz9696.zip:</strong> Aggregated CH4 fluxes remapped on LMDz horizontal resolution for the five emission categories used in the paper.</li> <li><strong>d13C Signatures - LMDz9696.zip:</strong> δ(13C, CH4) at LMDz horizontal resolution for the five emission categories used in the paper.</li> <li><strong>dD Signatures - LMDz9696.zip:</strong> δ(D, CH4) at LMDz horizontal resolution for the five emission categories used in the paper.</li> <li><strong>OH O1D Concentrations - LMDz9696-INCA.zip:</strong> OH and O1D monthly concentrations simulated with LMDz-INCA.</li> <li><strong>Masks regions.zip</strong>: Masks for the regions used for the input data and the analysis.</li> </ul> <p> </p>
Sea ice and wave breaking patterns during the Terra Nova Bay Polynya event on September 19, 2019, based on very high resolution satellite imagery
<p>Results of the WorldView-2 (WV2) panchromatic image analysis, described in Herman and Bradtke 2023 "Fetch-limited, strongly forced wind waves in waters with frazil and grease ice — spectral modelling and satellite observations in an Antarctic coastal polynya". The image, which cover part of the polynya in Terra Nova Bay, was taken on September 19, 2019 at 21:22 UTC. The spatial resolution of source data is 0.5 m.</p> <p>The zip file contains:</p> <ol> <li> “AOI” folder with the analyzed area outline in SHAPEFILE format</li> <li>“whitecaps” folder with breaking wave signatures (polygons) in SHAPEFILE format</li> <li>Sea ice (1) - water (2) mask in GeoTIFF format (0 means NoData)</li> </ol> <p>Data are provided in WGS 1984 / UTM Zone 58S projection (EPSG:32758)</p>
Data from: Solanum pennellii (LA5240) backcross inbred lines (BILs) for high resolution mapping in tomato
<p>Wild species are an invaluable source of new traits for crop improvement. Over the years the tomato community bred cultivated lines that carry introgressions from different species of the tomato tribe to facilitate trait discovery and mapping. The next phase in such projects is to find the genes that drive the identified phenotypes. This can be achieved by genotyping a few thousand individuals resulting in fine-mapping that can potentially identify the causative gene. To couple trait discovery and fine mapping we are presenting large, recombination-rich, Backcross Inbred Line (BIL) populations involving an unexplored accession of the wild, green-fruited species Solanum pennellii (LA5240; the Lost Accession) with two modern tomato inbreds: LEA, determinate, and TOP indeterminate. The LEA and TOP BILs are in BC2F6-8 generation and include 1,400 and 500 lines respectively. The BILs were genotyped with ~5,000 SPET markers, showing that in the euchromatic regions there was one recombinant every 17-18 Kb while in the heterochromatin a recombinant every 600-700 Kb (TOP and LEA respectively). To gain perspective on the topography of recombination we compared five independent members of the self-pruning gene family with their respective neighboring genes; based on PCR markers, in all cases we found recombinants. Further mapping analysis of two known morphological mutations that segregated in the BILs (Self-pruning and Hair), showed that the maximal delimited intervals were 73 Kb and 210 Kb respectively and included the known causative genes. The LOST_BILs provide a solid framework to study traits derived from a tolerant wild tomato.</p>
Micro-CT data from the skeleton of the sea urchin Cidaris rugosa at four different resolutions
<p>The sponge-like biomineralised calcite materials found in echinoderm skeletons are of interest in terms of both structure formation and biological function. Despite their crystalline atomic structure, they exhibit curved interfaces that have been related to known triply-periodic minimal surfaces. Here, we investigate the endoskeleton of the sea urchin <em>Cidaris rugosa</em> that has long been known to form a microstructure related to the Primitive surface. Using X-ray tomography, we find that the endoskeleton is organised as a composite material consisting of domains of bicontinuous microstructures with different structural properties. We describe, for the first time, the co-occurrence of ordered Primitive and Diamond structures and of a disordered structure within a single skeletal plate. We show that these structures can be distinguished by structural properties including solid volume fraction, trabeculae width, and to a lesser extent, interface area and mean curvature. In doing so, we present a robust method that extracts interface areas and curvature integrals from voxelized datasets using the Steiner polynomial for parallel body volumes. We discuss these very large scale bicontinuous structures in the context of their function, formation, and evolution.</p>
Monthly averaged sprite and chemical data extracted from EMAC simulations including sprites (T42L90MA resolution)
<p>About dataset</p> <p>Monthly averaged sprite and chemical data extracted from 2-year EMAC simulations including sprites (between 1 January, 2000 and 1 January, 2002, T42L90MA resolution)</p> <p>Authors: Francisco J. Perez-Invernón, Francisco J. Gordillo-Vázquez, Alejandro Malagón-Romero, Patrick Jöckel</p> <p>Description of the data</p> <p>sps_yyyymm.nc:</p> <p>sps: Sprites per second</p> <p><span><a href="../api/records/10554170/draft/files/SPRI_2_________20010101_0000_tr_NOx_NOy_m.nc/content" target="_blank" rel="noopener noreferrer">SPRI_2_________yyyymmdd_0000_tr_NOx_NOy_m.nc</a></span> and <span><a href="../api/records/10554170/draft/files/SPRI_2_________20010101_0000_tr_NOx_NOy_m.nc/content" target="_blank" rel="noopener noreferrer">SPRI_2_________yyyymmdd_0000_tr_Ox_HOx_m.nc</a></span> (SPRI-M simulation):</p> <p>NO: Vertical mixing ratio of NO</p> <p>NO2: Vertical mising ratio of NO2</p> <p>N2O: Vertical mixing ratio of N2O</p> <p>HNO3: Vertical mixing ratio of HNO3</p> <p>HNO4: Vertical mixing ratio of HNO4</p> <p>OH: Vertical mixing ratio of OH</p> <p>HO2: Vertical mixing ratio of HO2</p> <p>H: Vertical mixing ratio of H</p> <p><span><a href="../api/records/10554170/draft/files/SPRI_SMI_2_____20010701_0000_tr_NOx_NOy_m.nc/content" target="_blank" rel="noopener noreferrer">SPRI_SMI_2_____yyyymmdd_0000_tr_NOx_NOy_m.nc</a></span> and <span><a href="../api/records/10554170/draft/files/SPRI_SMI_2_____20010701_0000_tr_NOx_NOy_m.nc/content" target="_blank" rel="noopener noreferrer">SPRI_SMI_2_____yyyymmdd_0000_tr_Ox_HOx_m.nc</a></span> (SPRI-M simulation):</p> <p>NO: Vertical mixing ratio of NO</p> <p>NO2: Vertical mising ratio of NO2</p> <p>N2O: Vertical mixing ratio of N2O</p> <p>HNO3: Vertical mixing ratio of HNO3</p> <p>HNO4: Vertical mixing ratio of HNO4</p> <p>OH: Vertical mixing ratio of OH</p> <p>HO2: Vertical mixing ratio of HO2</p> <p>H: Vertical mixing ratio of H</p> <p> </p> <p><span><a href="../api/records/10554170/draft/files/SPRI_SMI_2_____20010701_0000_tr_NOx_NOy_m.nc/content" target="_blank" rel="noopener noreferrer">SPRI_ctr_______yyyymmdd_0000_tr_NOx_NOy_m.nc</a></span> and <span><a href="../api/records/10554170/draft/files/SPRI_ctr_______20010101_0000_tr_NOx_NOy_m.nc/content" target="_blank" rel="noopener noreferrer">SPRI_ctr_______yyyymmdd_0000_tr_NOx_NOy_m.nc</a></span> (CTRL simulation):</p> <p>NO: Vertical mixing ratio of NO</p> <p>NO2: Vertical mising ratio of NO2</p> <p>N2O: Vertical mixing ratio of N2O</p> <p>HNO3: Vertical mixing ratio of HNO3</p> <p>HNO4: Vertical mixing ratio of HNO4</p> <p>OH: Vertical mixing ratio of OH</p> <p>HO2: Vertical mixing ratio of HO2</p> <p>H: Vertical mixing ratio of H</p> <p> </p> <p>Example:</p> <p>netcdf SPRI_2_________20010101_0000_tr_NOx_NOy_m {<br>dimensions:<br> time = UNLIMITED ; // (1 currently)<br> lon = 128 ;<br> lat = 64 ;<br> lev = 90 ;<br> tbnds = 2 ;<br>variables:<br> double time(time) ;<br> time:long_name = "time" ;<br> time:bounds = "time_bnds" ;<br> time:units = "day since 2000-01-01 00:00:00" ;<br> time:calendar = "gregorian" ;<br> double YYYYMMDD(time) ;<br> YYYYMMDD:long_name = "time" ;<br> YYYYMMDD:units = "days as %Y%m%d.%f" ;<br> YYYYMMDD:calendar = "gregorian" ;<br> double dt(time) ;<br> dt:long_name = "delta_time" ;<br> dt:units = "s" ;<br> double nstep(time) ;<br> nstep:long_name = "current time step" ;<br> float lon(lon) ;<br> lon:long_name = "longitude" ;<br> lon:units = "degrees_east" ;<br> float lat(lat) ;<br> lat:long_name = "latitude" ;<br> lat:units = "degrees_north" ;<br> float lev(lev) ;<br> lev:long_name = "hybrid level at layer midpoints" ;<br> lev:standard_name = "hybrid_sigma_pressure" ;<br> lev:units = "level" ;<br> lev:positive = "down" ;<br> lev:formula = "hyam hybm (press=hyam+hybm*aps)" ;<br> lev:borders = "ilev" ;<br> float hyam(lev) ;<br> hyam:long_name = "hybrid A coefficient at layer midpoints" ;<br> hyam:units = "Pa" ;<br> float hybm(lev) ;<br> hybm:long_name = "hybrid B coefficient at layer midpoints" ;<br> hybm:units = "1" ;<br> float aps(time, lat, lon) ;<br> aps:long_name = "surface pressure" ;<br> aps:units = "Pa" ;<br> aps:representation = "GP_2D_HORIZONTAL" ;<br> aps:grid_type = "gaussian" ;<br> aps:table = 128 ;<br> aps:code = 134 ;<br> aps:REFERENCE_TO = "g3b: aps" ;<br> aps:coordinates = "lon lat" ;<br> aps:cell_methods = "time: point" ;<br> float aps_ave(time, lat, lon) ;<br> aps_ave:long_name = "surface pressure" ;<br> aps_ave:units = "Pa" ;<br> aps_ave:representation = "GP_2D_HORIZONTAL" ;<br> aps_ave:grid_type = "gaussian" ;<br> aps_ave:table = 128 ;<br> aps_ave:code = 134 ;<br> aps_ave:REFERENCE_TO = "g3b: aps" ;<br> aps_ave:coordinates = "lon lat" ;<br> aps_ave:cell_methods = "time: mean" ;<br> float geosp(time, lat, lon) ;<br> geosp:long_name = "surface geopotential (orography)" ;<br> geosp:units = "m**2/s**2" ;<br> geosp:representation = "GP_2D_HORIZONTAL" ;<br> geosp:grid_type = "gaussian" ;<br> geosp:table = 128 ;<br> geosp:code = 129 ;<br> geosp:REFERENCE_TO = "g3b: geosp" ;<br> geosp:coordinates = "lon lat" ;<br> geosp:cell_methods = "time: point" ;<br> float geosp_ave(time, lat, lon) ;<br> geosp_ave:long_name = "surface geopotential (orography)" ;<br> geosp_ave:units = "m**2/s**2" ;<br> geosp_ave:representation = "GP_2D_HORIZONTAL" ;<br> geosp_ave:grid_type = "gaussian" ;<br> geosp_ave:table = 128 ;<br> geosp_ave:code = 129 ;<br> geosp_ave:REFERENCE_TO = "g3b: geosp" ;<br> geosp_ave:coordinates = "lon lat" ;<br> geosp_ave:cell_methods = "time: mean" ;<br> float gboxarea(time, lat, lon) ;<br> gboxarea:units = "m^2" ;<br> gboxarea:representation = "GP_2D_HORIZONTAL" ;<br> gboxarea:grid_type = "gaussian" ;<br> gboxarea:code = -1 ;<br> gboxarea:REFERENCE_TO = "geoloc: gboxarea" ;<br> gboxarea:coordinates = "lon lat" ;<br> gboxarea:cell_methods = "time: point" ;<br> float gboxarea_ave(time, lat, lon) ;<br> gboxarea_ave:units = "m^2" ;<br> gboxarea_ave:representation = "GP_2D_HORIZONTAL" ;<br> gboxarea_ave:grid_type = "gaussian" ;<br> gboxarea_ave:code = -1 ;<br> gboxarea_ave:REFERENCE_TO = "geoloc: gboxarea" ;<br> gboxarea_ave:coordinates = "lon lat" ;<br> gboxarea_ave:cell_methods = "time: mean" ;<br> float N(time, lev, lat, lon) ;<br> N:long_name = "" ;<br> N:standard_name = "" ;<br> N:units = "mol/mol" ;<br> N:submodel = "mecca" ;<br> N:index = 64 ;<br> N:medium = "AIR" ;<br> N:quantity = "AMOUNTFRACTION" ;<br> N:type = "SINGLE" ;<br> N:number_of_timelevels = -1 ;<br> N:charge = "UNDEFINED" ;<br> N:advect = "OFF" ;<br> N:convect = "OFF" ;<br> N:vdiff = "OFF" ;<br> N:drydep = "OFF" ;<br> N:sedi = "OFF" ;<br> N:scav = "OFF" ;<br> N:mix = "ON" ;<br> N:force_col = "OFF" ;<br> N:integrate = "ON" ;<br> N:timefilter = "ON" ;<br> N:force_init = "OFF" ;<br> N:aerosol_method = "MODAL" ;<br> N:aerosol_mode = "0" ;<br> N:aerosol_sol = "ON" ;<br> N:aerosol_hetice = "OFF" ;<br> N:hori_diff = "OFF" ;<br> N:relaxation = "FULL" ;<br> N:mmd_init = "OFF" ;<br> N:tag_reg_idt = "64" ;<br> N:tag_specific = "0" ;<br> N:initial\ type = "FILE" ;<br> N:lateral_bounds = "FILE" ;<br> N:damping = "ON" ;<br> N:grib\ table\ num = "-1" ;<br> N:grib\ param\ num = "-1" ;<br> N:mtskip = "OFF" ;<br> N:bot_bound_cond = "ZERO FLUX" ;<br> N:SPPT = "OFF" ;<br> N:blockphy = "OFF" ;<br> N:feedback = "ON" ;<br> N:molarmass = 14.01f ;<br> N:Henry_T0 = -9.99999f ;<br> N:Henry_Tdep = -9.99999f ;<br> N:Sechenov = 9.99999f ;<br> N:alpha_T0 = 0.1f ;<br> N:alpha_Tdep = 0.f ;<br> N:K_acid = 9.99999f ;<br> N:K_acid2 = 9.99999f ;<br> N:Vmol_bp = 9.99999f ;<br> N:psat = 9.99999f ;<br> N:psat_Tdep = 9.99999f ;<br> N:pss = -9.99999f ;<br> N:dryreac_sf = -9.99999f ;<br> N:aerosol_density = 1000.f ;<br> N:vini = 0.f ;<br> N:casrn = "?" ;<br> N:aerosol_model = "" ;<br> N:REFERENCE_TO = "tracer_gp: N" ;<br> N:coordinates = "lon lat" ;<br> N:cell_methods = "time: point" ;<br> float N_ave(time, lev, lat, lon) ;<br> N_ave:long_name = "" ;<br> N_ave:standard_name = "" ;<br> N_ave:units = "mol/mol" ;<br> N_ave:submodel = "mecca" ;<br> N_ave:index = 64 ;<br> N_ave:medium = "AIR" ;<br> N_ave:quantity = "AMOUNTFRACTION" ;<br> N_ave:type = "SINGLE" ;<br> N_ave:number_of_timelevels = -1 ;<br> N_ave:charge = "UNDEFINED" ;<br> N_ave:advect = "OFF" ;<br> N_ave:convect = "OFF" ;<br> N_ave:vdiff = "OFF" ;<br> N_ave:drydep = "OFF" ;<br> N_ave:sedi = "OFF" ;<br> N_ave:scav = "OFF" ;<br> N_ave:mix = "ON" ;<br> N_ave:force_col = "OFF" ;<br> N_ave:integrate = "ON" ;<br> N_ave:timefilter = "ON" ;<br> N_ave:force_init = "OFF" ;<br> N_ave:aerosol_method = "MODAL" ;<br> N_ave:aerosol_mode = "0" ;<br> N_ave:aerosol_sol = "ON" ;<br> N_ave:aerosol_hetice = "OFF" ;<br> N_ave:hori_diff = "OFF" ;<br> N_ave:relaxation = "FULL" ;<br> N_ave:mmd_init = "OFF" ;<br> N_ave:tag_reg_idt = "64" ;<br> N_ave:tag_specific = "0" ;<br> N_ave:initial\ type = "FILE" ;<br> N_ave:lateral_bounds = "FILE" ;<br> N_ave:damping = "ON" ;<br> N_ave:grib\ table\ num = "-1" ;<br> N_ave:grib\ param\ num = "-1" ;<br> N_ave:mtskip = "OFF" ;<br> N_ave:bot_bound_cond = "ZERO FLUX" ;<br> N_ave:SPPT = "OFF" ;<br> N_ave:blockphy = "OFF" ;<br> N_ave:feedback = "ON" ;<br> N_ave:molarmass = 14.01f ;<br> N_ave:Henry_T0 = -9.99999f ;<br> N_ave:Henry_Tdep = -9.99999f ;<br> N_ave:Sechenov = 9.99999f ;<br> N_ave:alpha_T0 = 0.1f ;<br> N_ave:alpha_Tdep = 0.f ;<br> N_ave:K_acid = 9.99999f ;<br> N_ave:K_acid2 = 9.99999f ;<br> N_ave:Vmol_bp = 9.99999f ;<br> N_ave:psat = 9.99999f ;<br> N_ave:psat_Tdep = 9.99999f ;<br> N_ave:pss = -9.99999f ;<br> N_ave:dryreac_sf = -9.99999f ;<br> N_ave:aerosol_density = 1000.f ;<br> N_ave:vini = 0.f ;<br> N_ave:casrn = "?" ;<br> N_ave:aerosol_model = "" ;<br> N_ave:REFERENCE_TO = "tracer_gp: N" ;<br> N_ave:coordinates = "lon lat" ;<br> N_ave:cell_methods = "time: mean" ;<br> float N2(time, lev, lat, lon) ;<br> N2:long_name = "" ;<br> N2:standard_name = "" ;<br> N2:units = "mol/mol" ;<br> N2:submodel = "mecca" ;<br> N2:index = 157 ;<br> N2:medium = "AIR" ;<br> N2:quantity = "AMOUNTFRACTION" ;<br> N2:type = "SINGLE" ;<br> N2:number_of_timelevels = -1 ;<br> N2:charge = "UNDEFINED" ;<br> N2:advect = "OFF" ;<br> N2:convect = "OFF" ;<br> N2:vdiff = "OFF" ;<br> N2:drydep = "OFF" ;<br> N2:sedi = "OFF" ;<br> N2:scav = "OFF" ;<br> N2:mix = "ON" ;<br> N2:force_col = "OFF" ;<br> N2:integrate = "ON" ;<br> N2:timefilter = "ON" ;<br> N2:force_init = "OFF" ;<br> N2:aerosol_method = "MODAL" ;<br> N2:aerosol_mode = "0" ;<br> N2:aerosol_sol = "ON" ;<br> N2:aerosol_hetice = "OFF" ;<br> N2:hori_diff = "OFF" ;<br> N2:relaxation = "FULL" ;<br> N2:mmd_init = "OFF" ;<br> N2:tag_reg_idt = "157" ;<br> N2:tag_specific = "0" ;<br> N2:initial\ type = "FILE" ;<br> N2:lateral_bounds = "FILE" ;<br> N2:damping = "ON" ;<br> N2:grib\ table\ num = "-1" ;<br> N2:grib\ param\ num = "-1" ;<br> N2:mtskip = "OFF" ;<br> N2:bot_bound_cond = "ZERO FLUX" ;<br> N2:SPPT = "OFF" ;<br> N2:blockphy = "OFF" ;<br> N2:feedback = "ON" ;<br> N2:molarmass = 28.02f ;<br> N2:Henry_T0 = 0.000652f ;<br> N2:Henry_Tdep = -9.99999f ;<br> N2:Sechenov = 9.99999f ;<br> N2:alpha_T0 = 0.1f ;<br> N2:alpha_Tdep = 0.f ;<br> N2:K_acid = 9.99999f ;<br> N2:K_acid2 = 9.99999f ;<br> N2:Vmol_bp = 9.99999f ;<br> N2:psat = 9.99999f ;<br> N2:psat_Tdep = 9.99999f ;<br> N2:pss = -9.99999f ;<br> N2:dryreac_sf = -9.99999f ;<br> N2:aerosol_density = 1000.f ;<br> N2:vini = 0.78f ;<br> N2:casrn = "?" ;<br> N2:aerosol_model = "" ;<br> N2:REFERENCE_TO = "tracer_gp: N2" ;<br> N2:coordinates = "lon lat" ;<br> N2:cell_methods = "time: point" ;<br> float N2_ave(time, lev, lat, lon) ;<br> N2_ave:long_name = "" ;<br> N2_ave:standard_name = "" ;<br> N2_ave:units = "mol/mol" ;<br> N2_ave:submodel = "mecca" ;<br> N2_ave:index = 157 ;<br> N2_ave:medium = "AIR" ;<br> N2_ave:quantity = "AMOUNTFRACTION" ;<br> N2_ave:type = "SINGLE" ;<br> N2_ave:number_of_timelevels = -1 ;<br> N2_ave:charge = "UNDEFINED" ;<br> N2_ave:advect = "OFF" ;<br> N2_ave:convect = "OFF" ;<br> N2_ave:vdiff = "OFF" ;<br> N2_ave:drydep = "OFF" ;<br> N2_ave:sedi = "OFF" ;<br> N2_ave:scav = "OFF" ;<br> N2_ave:mix = "ON" ;<br> N2_ave:force_col = "OFF" ;<br> N2_ave:integrate = "ON" ;<br> N2_ave:timefilter = "ON" ;<br> N2_ave:force_init = "OFF" ;<br> N2_ave:aerosol_method = "MODAL" ;<br> N2_ave:aerosol_mode = "0" ;<br> N2_ave:aerosol_sol = "ON" ;<br> N2_ave:aerosol_hetice = "OFF" ;<br> N2_ave:hori_diff = "OFF" ;<br> N2_ave:relaxation = "FULL" ;<br> N2_ave:mmd_init = "OFF" ;<br> N2_ave:tag_reg_idt = "157" ;<br> N2_ave:tag_specific = "0" ;<br> N2_ave:initial\ type = "FILE" ;<br> N2_ave:lateral_bounds = "FILE" ;<br> N2_ave:damping = "ON" ;<br> N2_ave:grib\ table\ num = "-1" ;<br> N2_ave:grib\ param\ num = "-1" ;<br> N2_ave:mtskip = "OFF" ;<br> N2_ave:bot_bound_cond = "ZERO FLUX" ;<br> N2_ave:SPPT = "OFF" ;<br> N2_ave:blockphy = "OFF" ;<br> N2_ave:feedback = "ON" ;<br> N2_ave:molarmass = 28.02f ;<br> N2_ave:Henry_T0 = 0.000652f ;<br> N2_ave:Henry_Tdep = -9.99999f ;<br> N2_ave:Sechenov = 9.99999f ;<br> N2_ave:alpha_T0 = 0.1f ;<br> N2_ave:alpha_Tdep = 0.f ;<br> N2_ave:K_acid = 9.99999f ;<br> N2_ave:K_acid2 = 9.99999f ;<br> N2_ave:Vmol_bp = 9.99999f ;<br> N2_ave:psat = 9.99999f ;<br> N2_ave:psat_Tdep = 9.99999f ;<br> N2_ave:pss = -9.99999f ;<br> N2_ave:dryreac_sf = -9.99999f ;<br> N2_ave:aerosol_density = 1000.f ;<br> N2_ave:vini = 0.78f ;<br> N2_ave:casrn = "?" ;<br> N2_ave:aerosol_model = "" ;<br> N2_ave:REFERENCE_TO = "tracer_gp: N2" ;<br> N2_ave:coordinates = "lon lat" ;<br> N2_ave:cell_methods = "time: mean" ;<br> float NH3(time, lev, lat, lon) ;<br> NH3:long_name = "" ;<br> NH3:standard_name = "" ;<br> NH3:units = "mol/mol" ;<br> NH3:submodel = "mecca" ;<br> NH3:index = 47 ;<br> NH3:medium = "AIR" ;<br> NH3:quantity = "AMOUNTFRACTION" ;<br> NH3:type = "SINGLE" ;<br> NH3:number_of_timelevels = -1 ;<br> NH3:charge = "UNDEFINED" ;<br> NH3:advect = "ON" ;<br> NH3:convect = "ON" ;<br> NH3:vdiff = "ON" ;<br> NH3:drydep = "ON" ;<br> NH3:sedi = "OFF" ;<br> NH3:scav = "ON" ;<br> NH3:mix = "ON" ;<br> NH3:force_col = "OFF" ;<br> NH3:integrate = "ON" ;<br> NH3:timefilter = "ON" ;<br> NH3:force_init = "OFF" ;<br> NH3:aerosol_method = "MODAL" ;<br> NH3:aerosol_mode = "0" ;<br> NH3:aerosol_sol = "ON" ;<br> NH3:aerosol_hetice = "OFF" ;<br> NH3:hori_diff = "OFF" ;<br> NH3:relaxation = "FULL" ;<br> NH3:mmd_init = "OFF" ;<br> NH3:tag_reg_idt = "47" ;<br> NH3:tag_specific = "0" ;<br> NH3:initial\ type = "FILE" ;<br> NH3:lateral_bounds = "FILE" ;<br> NH3:damping = "ON" ;<br> NH3:grib\ table\ num = "-1" ;<br> NH3:grib\ param\ num = "-1" ;<br> NH3:mtskip = "OFF" ;<br> NH3:bot_bound_cond = "ZERO FLUX" ;<br> NH3:SPPT = "OFF" ;<br> NH3:blockphy = "OFF" ;<br> NH3:feedback = "ON" ;<br> NH3:molarmass = 17.04f ;<br> NH3:Henry_T0 = 60.2f ;<br> NH3:Henry_Tdep = 4160.f ;<br> NH3:Sechenov = 9.99999f ;<br> NH3:alpha_T0 = 0.05f ;<br> NH3:alpha_Tdep = 0.f ;<br> NH3:K_acid = -1.75e-05f ;<br> NH3:K_acid2 = 9.99999f ;<br> NH3:Vmol_bp = 9.99999f ;<br> NH3:psat = 9.99999f ;<br> NH3:psat_Tdep = 9.99999f ;<br> NH3:pss = 10200.f ;<br> NH3:dryreac_sf = 0.f ;<br> NH3:aerosol_density = 1000.f ;<br> NH3:vini = 0.f ;<br> NH3:casrn = "7664-41-7" ;<br> NH3:aerosol_model = "" ;<br> NH3:REFERENCE_TO = "tracer_gp: NH3" ;<br> NH3:coordinates = "lon lat" ;<br> NH3:cell_methods = "time: point" ;<br> float NH3_ave(time, lev, lat, lon) ;<br> NH3_ave:long_name = "" ;<br> NH3_ave:standard_name = "" ;<br> NH3_ave:units = "mol/mol" ;<br> NH3_ave:submodel = "mecca" ;<br> NH3_ave:index = 47 ;<br> NH3_ave:medium = "AIR" ;<br> NH3_ave:quantity = "AMOUNTFRACTION" ;<br> NH3_ave:type = "SINGLE" ;<br> NH3_ave:number_of_timelevels = -1 ;<br> NH3_ave:charge = "UNDEFINED" ;<br> NH3_ave:advect = "ON" ;<br> NH3_ave:convect = "ON" ;<br> NH3_ave:vdiff = "ON" ;<br> NH3_ave:drydep = "ON" ;<br> NH3_ave:sedi = "OFF" ;<br> NH3_ave:scav = "ON" ;<br> NH3_ave:mix = "ON" ;<br> NH3_ave:force_col = "OFF" ;<br> NH3_ave:integrate = "ON" ;<br> NH3_ave:timefilter = "ON" ;<br> NH3_ave:force_init = "OFF" ;<br> NH3_ave:aerosol_method = "MODAL" ;<br> NH3_ave:aerosol_mode = "0" ;<br> NH3_ave:aerosol_sol = "ON" ;<br> NH3_ave:aerosol_hetice = "OFF" ;<br> NH3_ave:hori_diff = "OFF" ;<br> NH3_ave:relaxation = "FULL" ;<br> NH3_ave:mmd_init = "OFF" ;<br> NH3_ave:tag_reg_idt = "47" ;<br> NH3_ave:tag_specific = "0" ;<br> NH3_ave:initial\ type = "FILE" ;<br> NH3_ave:lateral_bounds = "FILE" ;<br> NH3_ave:damping = "ON" ;<br> NH3_ave:grib\ table\ num = "-1" ;<br> NH3_ave:grib\ param\ num = "-1" ;<br> NH3_ave:mtskip = "OFF" ;<br> NH3_ave:bot_bound_cond = "ZERO FLUX" ;<br> NH3_ave:SPPT = "OFF" ;<br> NH3_ave:blockphy = "OFF" ;<br> NH3_ave:feedback = "ON" ;<br> NH3_ave:molarmass = 17.04f ;<br> NH3_ave:Henry_T0 = 60.2f ;<br> NH3_ave:Henry_Tdep = 4160.f ;<br> NH3_ave:Sechenov = 9.99999f ;<br> NH3_ave:alpha_T0 = 0.05f ;<br> NH3_ave:alpha_Tdep = 0.f ;<br> NH3_ave:K_acid = -1.75e-05f ;<br> NH3_ave:K_acid2 = 9.99999f ;<br> NH3_ave:Vmol_bp = 9.99999f ;<br> NH3_ave:psat = 9.99999f ;<br> NH3_ave:psat_Tdep = 9.99999f ;<br> NH3_ave:pss = 10200.f ;<br> NH3_ave:dryreac_sf = 0.f ;<br> NH3_ave:aerosol_density = 1000.f ;<br> NH3_ave:vini = 0.f ;<br> NH3_ave:casrn = "7664-41-7" ;<br> NH3_ave:aerosol_model = "" ;<br> NH3_ave:REFERENCE_TO = "tracer_gp: NH3" ;<br> NH3_ave:coordinates = "lon lat" ;<br> NH3_ave:cell_methods = "time: mean" ;<br> float N2O(time, lev, lat, lon) ;<br> N2O:long_name = "" ;<br> N2O:standard_name = "" ;<br> N2O:units = "mol/mol" ;<br> N2O:submodel = "mecca" ;<br> N2O:index = 65 ;<br> N2O:medium = "AIR" ;<br> N2O:quantity = "AMOUNTFRACTION" ;<br> N2O:type = "SINGLE" ;<br> N2O:number_of_timelevels = -1 ;<br> N2O:charge = "UNDEFINED" ;<br> N2O:advect = "ON" ;<br> N2O:convect = "ON" ;<br> N2O:vdiff = "ON" ;<br> N2O:drydep = "OFF" ;<br> N2O:sedi = "OFF" ;<br> N2O:scav = "OFF" ;<br> N2O:mix = "ON" ;<br> N2O:force_col = "OFF" ;<br> N2O:integrate = "ON" ;<br> N2O:timefilter = "ON" ;<br> N2O:force_init = "OFF" ;<br> N2O:aerosol_method = "MODAL" ;<br> N2O:aerosol_mode = "0" ;<br> N2O:aerosol_sol = "ON" ;<br> N2O:aerosol_hetice = "OFF" ;<br> N2O:hori_diff = "OFF" ;<br> N2O:relaxation = "FULL" ;<br> N2O:mmd_init = "OFF" ;<br> N2O:tag_reg_idt = "65" ;<br> N2O:tag_specific = "0" ;<br> N2O:initial\ type = "FILE" ;<br> N2O:lateral_bounds = "FILE" ;<br> N2O:damping = "ON" ;<br> N2O:grib\ table\ num = "-1" ;<br> N2O:grib\ param\ num = "-1" ;<br> N2O:mtskip = "OFF" ;<br> N2O:bot_bound_cond = "ZERO FLUX" ;<br> N2O:SPPT = "OFF" ;<br> N2O:blockphy = "OFF" ;<br> N2O:feedback = "ON" ;<br> N2O:molarmass = 44.02f ;<br> N2O:Henry_T0 = 0.0242f ;<br> N2O:Henry_Tdep = -9.99999f ;<br> N2O:Sechenov = 9.99999f ;<br> N2O:alpha_T0 = 0.1f ;<br> N2O:alpha_Tdep = 0.f ;<br> N2O:K_acid = 9.99999f ;<br> N2O:K_acid2 = 9.99999f ;<br> N2O:Vmol_bp = 9.99999f ;<br> N2O:psat = 9.99999f ;<br> N2O:psat_Tdep = 9.99999f ;<br> N2O:pss = -9.99999f ;<br> N2O:dryreac_sf = -9.99999f ;<br> N2O:aerosol_density = 1000.f ;<br> N2O:vini = 0.f ;<br> N2O:casrn = "10024-97-2" ;<br> N2O:aerosol_model = "" ;<br> N2O:REFERENCE_TO = "tracer_gp: N2O" ;<br> N2O:coordinates = "lon lat" ;<br> N2O:cell_methods = "time: point" ;<br> float N2O_ave(time, lev, lat, lon) ;<br> N2O_ave:long_name = "" ;<br> N2O_ave:standard_name = "" ;<br> N2O_ave:units = "mol/mol" ;<br> N2O_ave:submodel = "mecca" ;<br> N2O_ave:index = 65 ;<br> N2O_ave:medium = "AIR" ;<br> N2O_ave:quantity = "AMOUNTFRACTION" ;<br> N2O_ave:type = "SINGLE" ;<br> N2O_ave:number_of_timelevels = -1 ;<br> N2O_ave:charge = "UNDEFINED" ;<br> N2O_ave:advect = "ON" ;<br> N2O_ave:convect = "ON" ;<br> N2O_ave:vdiff = "ON" ;<br> N2O_ave:drydep = "OFF" ;<br> N2O_ave:sedi = "OFF" ;<br> N2O_ave:scav = "OFF" ;<br> N2O_ave:mix = "ON" ;<br> N2O_ave:force_col = "OFF" ;<br> N2O_ave:integrate = "ON" ;<br> N2O_ave:timefilter = "ON" ;<br> N2O_ave:force_init = "OFF" ;<br> N2O_ave:aerosol_method = "MODAL" ;<br> N2O_ave:aerosol_mode = "0" ;<br> N2O_ave:aerosol_sol = "ON" ;<br> N2O_ave:aerosol_hetice = "OFF" ;<br> N2O_ave:hori_diff = "OFF" ;<br> N2O_ave:relaxation = "FULL" ;<br> N2O_ave:mmd_init = "OFF" ;<br> N2O_ave:tag_reg_idt = "65" ;<br> N2O_ave:tag_specific = "0" ;<br> N2O_ave:initial\ type = "FILE" ;<br> N2O_ave:lateral_bounds = "FILE" ;<br> N2O_ave:damping = "ON" ;<br> N2O_ave:grib\ table\ num = "-1" ;<br> N2O_ave:grib\ param\ num = "-1" ;<br> N2O_ave:mtskip = "OFF" ;<br> N2O_ave:bot_bound_cond = "ZERO FLUX" ;<br> N2O_ave:SPPT = "OFF" ;<br> N2O_ave:blockphy = "OFF" ;<br> N2O_ave:feedback = "ON" ;<br> N2O_ave:molarmass = 44.02f ;<br> N2O_ave:Henry_T0 = 0.0242f ;<br> N2O_ave:Henry_Tdep = -9.99999f ;<br> N2O_ave:Sechenov = 9.99999f ;<br> N2O_ave:alpha_T0 = 0.1f ;<br> N2O_ave:alpha_Tdep = 0.f ;<br> N2O_ave:K_acid = 9.99999f ;<br> N2O_ave:K_acid2 = 9.99999f ;<br> N2O_ave:Vmol_bp = 9.99999f ;<br> N2O_ave:psat = 9.99999f ;<br> N2O_ave:psat_Tdep = 9.99999f ;<br> N2O_ave:pss = -9.99999f ;<br> N2O_ave:dryreac_sf = -9.99999f ;<br> N2O_ave:aerosol_density = 1000.f ;<br> N2O_ave:vini = 0.f ;<br> N2O_ave:casrn = "10024-97-2" ;<br> N2O_ave:aerosol_model = "" ;<br> N2O_ave:REFERENCE_TO = "tracer_gp: N2O" ;<br> N2O_ave:coordinates = "lon lat" ;<br> N2O_ave:cell_methods = "time: mean" ;<br> float NO(time, lev, lat, lon) ;<br> NO:long_name = "" ;<br> NO:standard_name = "" ;<br> NO:units = "mol/mol" ;<br> NO:submodel = "mecca" ;<br> NO:index = 143 ;<br> NO:medium = "AIR" ;<br> NO:quantity = "AMOUNTFRACTION" ;<br> NO:type = "SINGLE" ;<br> NO:number_of_timelevels = -1 ;<br> NO:charge = "UNDEFINED" ;<br> NO:advect = "ON" ;<br> NO:convect = "ON" ;<br> NO:vdiff = "ON" ;<br> NO:drydep = "ON" ;<br> NO:sedi = "OFF" ;<br> NO:scav = "ON" ;<br> NO:mix = "ON" ;<br> NO:force_col = "OFF" ;<br> NO:integrate = "ON" ;<br> NO:timefilter = "ON" ;<br> NO:force_init = "OFF" ;<br> NO:aerosol_method = "MODAL" ;<br> NO:aerosol_mode = "0" ;<br> NO:aerosol_sol = "ON" ;<br> NO:aerosol_hetice = "OFF" ;<br> NO:hori_diff = "OFF" ;<br> NO:relaxation = "FULL" ;<br> NO:mmd_init = "OFF" ;<br> NO:tag_reg_idt = "143" ;<br> NO:tag_specific = "0" ;<br> NO:initial\ type = "FILE" ;<br> NO:lateral_bounds = "FILE" ;<br> NO:damping = "ON" ;<br> NO:grib\ table\ num = "-1" ;<br> NO:grib\ param\ num = "-1" ;<br> NO:mtskip = "OFF" ;<br> NO:bot_bound_cond = "ZERO FLUX" ;<br> NO:SPPT = "OFF" ;<br> NO:blockphy = "OFF" ;<br> NO:feedback = "ON" ;<br> NO:molarmass = 30.01f ;<br> NO:Henry_T0 = 0.00192f ;<br> NO:Henry_Tdep = 1480.f ;<br> NO:Sechenov = 9.99999f ;<br> NO:alpha_T0 = 5.e-05f ;<br> NO:alpha_Tdep = 0.f ;<br> NO:K_acid = 9.99999f ;<br> NO:K_acid2 = 9.99999f ;<br> NO:Vmol_bp = 9.99999f ;<br> NO:psat = 9.99999f ;<br> NO:psat_Tdep = 9.99999f ;<br> NO:pss = 0.002f ;<br> NO:dryreac_sf = 1.f ;<br> NO:aerosol_density = 1000.f ;<br> NO:vini = 0.f ;<br> NO:casrn = "10102-43-9" ;<br> NO:aerosol_model = "" ;<br> NO:REFERENCE_TO = "tracer_gp: NO" ;<br> NO:coordinates = "lon lat" ;<br> NO:cell_methods = "time: point" ;<br> float NO_ave(time, lev, lat, lon) ;<br> NO_ave:long_name = "" ;<br> NO_ave:standard_name = "" ;<br> NO_ave:units = "mol/mol" ;<br> NO_ave:submodel = "mecca" ;<br> NO_ave:index = 143 ;<br> NO_ave:medium = "AIR" ;<br> NO_ave:quantity = "AMOUNTFRACTION" ;<br> NO_ave:type = "SINGLE" ;<br> NO_ave:number_of_timelevels = -1 ;<br> NO_ave:charge = "UNDEFINED" ;<br> NO_ave:advect = "ON" ;<br> NO_ave:convect = "ON" ;<br> NO_ave:vdiff = "ON" ;<br> NO_ave:drydep = "ON" ;<br> NO_ave:sedi = "OFF" ;<br> NO_ave:scav = "ON" ;<br> NO_ave:mix = "ON" ;<br> NO_ave:force_col = "OFF" ;<br> NO_ave:integrate = "ON" ;<br> NO_ave:timefilter = "ON" ;<br> NO_ave:force_init = "OFF" ;<br> NO_ave:aerosol_method = "MODAL" ;<br> NO_ave:aerosol_mode = "0" ;<br> NO_ave:aerosol_sol = "ON" ;<br> NO_ave:aerosol_hetice = "OFF" ;<br> NO_ave:hori_diff = "OFF" ;<br> NO_ave:relaxation = "FULL" ;<br> NO_ave:mmd_init = "OFF" ;<br> NO_ave:tag_reg_idt = "143" ;<br> NO_ave:tag_specific = "0" ;<br> NO_ave:initial\ type = "FILE" ;<br> NO_ave:lateral_bounds = "FILE" ;<br> NO_ave:damping = "ON" ;<br> NO_ave:grib\ table\ num = "-1" ;<br> NO_ave:grib\ param\ num = "-1" ;<br> NO_ave:mtskip = "OFF" ;<br> NO_ave:bot_bound_cond = "ZERO FLUX" ;<br> NO_ave:SPPT = "OFF" ;<br> NO_ave:blockphy = "OFF" ;<br> NO_ave:feedback = "ON" ;<br> NO_ave:molarmass = 30.01f ;<br> NO_ave:Henry_T0 = 0.00192f ;<br> NO_ave:Henry_Tdep = 1480.f ;<br> NO_ave:Sechenov = 9.99999f ;<br> NO_ave:alpha_T0 = 5.e-05f ;<br> NO_ave:alpha_Tdep = 0.f ;<br> NO_ave:K_acid = 9.99999f ;<br> NO_ave:K_acid2 = 9.99999f ;<br> NO_ave:Vmol_bp = 9.99999f ;<br> NO_ave:psat = 9.99999f ;<br> NO_ave:psat_Tdep = 9.99999f ;<br> NO_ave:pss = 0.002f ;<br> NO_ave:dryreac_sf = 1.f ;<br> NO_ave:aerosol_density = 1000.f ;<br> NO_ave:vini = 0.f ;<br> NO_ave:casrn = "10102-43-9" ;<br> NO_ave:aerosol_model = "" ;<br> NO_ave:REFERENCE_TO = "tracer_gp: NO" ;<br> NO_ave:coordinates = "lon lat" ;<br> NO_ave:cell_methods = "time: mean" ;<br> float NO2(time, lev, lat, lon) ;<br> NO2:long_name = "" ;<br> NO2:standard_name = "" ;<br> NO2:units = "mol/mol" ;<br> NO2:submodel = "mecca" ;<br> NO2:index = 147 ;<br> NO2:medium = "AIR" ;<br> NO2:quantity = "AMOUNTFRACTION" ;<br> NO2:type = "SINGLE" ;<br> NO2:number_of_timelevels = -1 ;<br> NO2:charge = "UNDEFINED" ;<br> NO2:advect = "ON" ;<br> NO2:convect = "ON" ;<br> NO2:vdiff = "ON" ;<br> NO2:drydep = "ON" ;<br> NO2:sedi = "OFF" ;<br> NO2:scav = "ON" ;<br> NO2:mix = "ON" ;<br> NO2:force_col = "OFF" ;<br> NO2:integrate = "ON" ;<br> NO2:timefilter = "ON" ;<br> NO2:force_init = "OFF" ;<br> NO2:aerosol_method = "MODAL" ;<br> NO2:aerosol_mode = "0" ;<br> NO2:aerosol_sol = "ON" ;<br> NO2:aerosol_hetice = "OFF" ;<br> NO2:hori_diff = "OFF" ;<br> NO2:relaxation = "FULL" ;<br> NO2:mmd_init = "OFF" ;<br> NO2:tag_reg_idt = "147" ;<br> NO2:tag_specific = "0" ;<br> NO2:initial\ type = "FILE" ;<br> NO2:lateral_bounds = "FILE" ;<br> NO2:damping = "ON" ;<br> NO2:grib\ table\ num = "-1" ;<br> NO2:grib\ param\ num = "-1" ;<br> NO2:mtskip = "OFF" ;<br> NO2:bot_bound_cond = "ZERO FLUX" ;<br> NO2:SPPT = "OFF" ;<br> NO2:blockphy = "OFF" ;<br> NO2:feedback = "ON" ;<br> NO2:molarmass = 46.01f ;<br> NO2:Henry_T0 = 0.012f ;<br> NO2:Henry_Tdep = 2360.f ;<br> NO2:Sechenov = 9.99999f ;<br> NO2:alpha_T0 = 0.0015f ;<br> NO2:alpha_Tdep = 0.f ;<br> NO2:K_acid = 9.99999f ;<br> NO2:K_acid2 = 9.99999f ;<br> NO2:Vmol_bp = 9.99999f ;<br> NO2:psat = 9.99999f ;<br> NO2:psat_Tdep = 9.99999f ;<br> NO2:pss = 0.01f ;<br> NO2:dryreac_sf = 1.f ;<br> NO2:aerosol_density = 1000.f ;<br> NO2:vini = 0.f ;<br> NO2:casrn = "10102-44-0" ;<br> NO2:aerosol_model = "" ;<br> NO2:REFERENCE_TO = "tracer_gp: NO2" ;<br> NO2:coordinates = "lon lat" ;<br> NO2:cell_methods = "time: point" ;<br> float NO2_ave(time, lev, lat, lon) ;<br> NO2_ave:long_name = "" ;<br> NO2_ave:standard_name = "" ;<br> NO2_ave:units = "mol/mol" ;<br> NO2_ave:submodel = "mecca" ;<br> NO2_ave:index = 147 ;<br> NO2_ave:medium = "AIR" ;<br> NO2_ave:quantity = "AMOUNTFRACTION" ;<br> NO2_ave:type = "SINGLE" ;<br> NO2_ave:number_of_timelevels = -1 ;<br> NO2_ave:charge = "UNDEFINED" ;<br> NO2_ave:advect = "ON" ;<br> NO2_ave:convect = "ON" ;<br> NO2_ave:vdiff = "ON" ;<br> NO2_ave:drydep = "ON" ;<br> NO2_ave:sedi = "OFF" ;<br> NO2_ave:scav = "ON" ;<br> NO2_ave:mix = "ON" ;<br> NO2_ave:force_col = "OFF" ;<br> NO2_ave:integrate = "ON" ;<br> NO2_ave:timefilter = "ON" ;<br> NO2_ave:force_init = "OFF" ;<br> NO2_ave:aerosol_method = "MODAL" ;<br> NO2_ave:aerosol_mode = "0" ;<br> NO2_ave:aerosol_sol = "ON" ;<br> NO2_ave:aerosol_hetice = "OFF" ;<br> NO2_ave:hori_diff = "OFF" ;<br> NO2_ave:relaxation = "FULL" ;<br> NO2_ave:mmd_init = "OFF" ;<br> NO2_ave:tag_reg_idt = "147" ;<br> NO2_ave:tag_specific = "0" ;<br> NO2_ave:initial\ type = "FILE" ;<br> NO2_ave:lateral_bounds = "FILE" ;<br> NO2_ave:damping = "ON" ;<br> NO2_ave:grib\ table\ num = "-1" ;<br> NO2_ave:grib\ param\ num = "-1" ;<br> NO2_ave:mtskip = "OFF" ;<br> NO2_ave:bot_bound_cond = "ZERO FLUX" ;<br> NO2_ave:SPPT = "OFF" ;<br> NO2_ave:blockphy = "OFF" ;<br> NO2_ave:feedback = "ON" ;<br> NO2_ave:molarmass = 46.01f ;<br> NO2_ave:Henry_T0 = 0.012f ;<br> NO2_ave:Henry_Tdep = 2360.f ;<br> NO2_ave:Sechenov = 9.99999f ;<br> NO2_ave:alpha_T0 = 0.0015f ;<br> NO2_ave:alpha_Tdep = 0.f ;<br> NO2_ave:K_acid = 9.99999f ;<br> NO2_ave:K_acid2 = 9.99999f ;<br> NO2_ave:Vmol_bp = 9.99999f ;<br> NO2_ave:psat = 9.99999f ;<br> NO2_ave:psat_Tdep = 9.99999f ;<br> NO2_ave:pss = 0.01f ;<br> NO2_ave:dryreac_sf = 1.f ;<br> NO2_ave:aerosol_density = 1000.f ;<br> NO2_ave:vini = 0.f ;<br> NO2_ave:casrn = "10102-44-0" ;<br> NO2_ave:aerosol_model = "" ;<br> NO2_ave:REFERENCE_TO = "tracer_gp: NO2" ;<br> NO2_ave:coordinates = "lon lat" ;<br> NO2_ave:cell_methods = "time: mean" ;<br> float NO3(time, lev, lat, lon) ;<br> NO3:long_name = "" ;<br> NO3:standard_name = "" ;<br> NO3:units = "mol/mol" ;<br> NO3:submodel = "mecca" ;<br> NO3:index = 146 ;<br> NO3:medium = "AIR" ;<br> NO3:quantity = "AMOUNTFRACTION" ;<br> NO3:type = "SINGLE" ;<br> NO3:number_of_timelevels = -1 ;<br> NO3:charge = "UNDEFINED" ;<br> NO3:advect = "ON" ;<br> NO3:convect = "ON" ;<br> NO3:vdiff = "ON" ;<br> NO3:drydep = "ON" ;<br> NO3:sedi = "OFF" ;<br> NO3:scav = "ON" ;<br> NO3:mix = "ON" ;<br> NO3:force_col = "OFF" ;<br> NO3:integrate = "ON" ;<br> NO3:timefilter = "ON" ;<br> NO3:force_init = "OFF" ;<br> NO3:aerosol_method = "MODAL" ;<br> NO3:aerosol_mode = "0" ;<br> NO3:aerosol_sol = "ON" ;<br> NO3:aerosol_hetice = "OFF" ;<br> NO3:hori_diff = "OFF" ;<br> NO3:relaxation = "FULL" ;<br> NO3:mmd_init = "OFF" ;<br> NO3:tag_reg_idt = "146" ;<br> NO3:tag_specific = "0" ;<br> NO3:initial\ type = "FILE" ;<br> NO3:lateral_bounds = "FILE" ;<br> NO3:damping = "ON" ;<br> NO3:grib\ table\ num = "-1" ;<br> NO3:grib\ param\ num = "-1" ;<br> NO3:mtskip = "OFF" ;<br> NO3:bot_bound_cond = "ZERO FLUX" ;<br> NO3:SPPT = "OFF" ;<br> NO3:blockphy = "OFF" ;<br> NO3:feedback = "ON" ;<br> NO3:molarmass = 62.01f ;<br> NO3:Henry_T0 = 0.038f ;<br> NO3:Henry_Tdep = 2000.f ;<br> NO3:Sechenov = 9.99999f ;<br> NO3:alpha_T0 = 0.04f ;<br> NO3:alpha_Tdep = 0.f ;<br> NO3:K_acid = 9.99999f ;<br> NO3:K_acid2 = 9.99999f ;<br> NO3:Vmol_bp = 9.99999f ;<br> NO3:psat = 9.99999f ;<br> NO3:psat_Tdep = 9.99999f ;<br> NO3:pss = 1.8f ;<br> NO3:dryreac_sf = 1.f ;<br> NO3:aerosol_density = 1000.f ;<br> NO3:vini = 0.f ;<br> NO3:casrn = "12033-49-7" ;<br> NO3:aerosol_model = "" ;<br> NO3:REFERENCE_TO = "tracer_gp: NO3" ;<br> NO3:coordinates = "lon lat" ;<br> NO3:cell_methods = "time: point" ;<br> float NO3_ave(time, lev, lat, lon) ;<br> NO3_ave:long_name = "" ;<br> NO3_ave:standard_name = "" ;<br> NO3_ave:units = "mol/mol" ;<br> NO3_ave:submodel = "mecca" ;<br> NO3_ave:index = 146 ;<br> NO3_ave:medium = "AIR" ;<br> NO3_ave:quantity = "AMOUNTFRACTION" ;<br> NO3_ave:type = "SINGLE" ;<br> NO3_ave:number_of_timelevels = -1 ;<br> NO3_ave:charge = "UNDEFINED" ;<br> NO3_ave:advect = "ON" ;<br> NO3_ave:convect = "ON" ;<br> NO3_ave:vdiff = "ON" ;<br> NO3_ave:drydep = "ON" ;<br> NO3_ave:sedi = "OFF" ;<br> NO3_ave:scav = "ON" ;<br> NO3_ave:mix = "ON" ;<br> NO3_ave:force_col = "OFF" ;<br> NO3_ave:integrate = "ON" ;<br> NO3_ave:timefilter = "ON" ;<br> NO3_ave:force_init = "OFF" ;<br> NO3_ave:aerosol_method = "MODAL" ;<br> NO3_ave:aerosol_mode = "0" ;<br> NO3_ave:aerosol_sol = "ON" ;<br> NO3_ave:aerosol_hetice = "OFF" ;<br> NO3_ave:hori_diff = "OFF" ;<br> NO3_ave:relaxation = "FULL" ;<br> NO3_ave:mmd_init = "OFF" ;<br> NO3_ave:tag_reg_idt = "146" ;<br> NO3_ave:tag_specific = "0" ;<br> NO3_ave:initial\ type = "FILE" ;<br> NO3_ave:lateral_bounds = "FILE" ;<br> NO3_ave:damping = "ON" ;<br> NO3_ave:grib\ table\ num = "-1" ;<br> NO3_ave:grib\ param\ num = "-1" ;<br> NO3_ave:mtskip = "OFF" ;<br> NO3_ave:bot_bound_cond = "ZERO FLUX" ;<br> NO3_ave:SPPT = "OFF" ;<br> NO3_ave:blockphy = "OFF" ;<br> NO3_ave:feedback = "ON" ;<br> NO3_ave:molarmass = 62.01f ;<br> NO3_ave:Henry_T0 = 0.038f ;<br> NO3_ave:Henry_Tdep = 2000.f ;<br> NO3_ave:Sechenov = 9.99999f ;<br> NO3_ave:alpha_T0 = 0.04f ;<br> NO3_ave:alpha_Tdep = 0.f ;<br> NO3_ave:K_acid = 9.99999f ;<br> NO3_ave:K_acid2 = 9.99999f ;<br> NO3_ave:Vmol_bp = 9.99999f ;<br> NO3_ave:psat = 9.99999f ;<br> NO3_ave:psat_Tdep = 9.99999f ;<br> NO3_ave:pss = 1.8f ;<br> NO3_ave:dryreac_sf = 1.f ;<br> NO3_ave:aerosol_density = 1000.f ;<br> NO3_ave:vini = 0.f ;<br> NO3_ave:casrn = "12033-49-7" ;<br> NO3_ave:aerosol_model = "" ;<br> NO3_ave:REFERENCE_TO = "tracer_gp: NO3" ;<br> NO3_ave:coordinates = "lon lat" ;<br> NO3_ave:cell_methods = "time: mean" ;<br> float N2O5(time, lev, lat, lon) ;<br> N2O5:long_name = "" ;<br> N2O5:standard_name = "" ;<br> N2O5:units = "mol/mol" ;<br> N2O5:submodel = "mecca" ;<br> N2O5:index = 101 ;<br> N2O5:medium = "AIR" ;<br> N2O5:quantity = "AMOUNTFRACTION" ;<br> N2O5:type = "SINGLE" ;<br> N2O5:number_of_timelevels = -1 ;<br> N2O5:charge = "UNDEFINED" ;<br> N2O5:advect = "ON" ;<br> N2O5:convect = "ON" ;<br> N2O5:vdiff = "ON" ;<br> N2O5:drydep = "ON" ;<br> N2O5:sedi = "OFF" ;<br> N2O5:scav = "ON" ;<br> N2O5:mix = "ON" ;<br> N2O5:force_col = "OFF" ;<br> N2O5:integrate = "ON" ;<br> N2O5:timefilter = "ON" ;<br> N2O5:force_init = "OFF" ;<br> N2O5:aerosol_method = "MODAL" ;<br> N2O5:aerosol_mode = "0" ;<br> N2O5:aerosol_sol = "ON" ;<br> N2O5:aerosol_hetice = "OFF" ;<br> N2O5:hori_diff = "OFF" ;<br> N2O5:relaxation = "FULL" ;<br> N2O5:mmd_init = "OFF" ;<br> N2O5:tag_reg_idt = "101" ;<br> N2O5:tag_specific = "0" ;<br> N2O5:initial\ type = "FILE" ;<br> N2O5:lateral_bounds = "FILE" ;<br> N2O5:damping = "ON" ;<br> N2O5:grib\ table\ num = "-1" ;<br> N2O5:grib\ param\ num = "-1" ;<br> N2O5:mtskip = "OFF" ;<br> N2O5:bot_bound_cond = "ZERO FLUX" ;<br> N2O5:SPPT = "OFF" ;<br> N2O5:blockphy = "OFF" ;<br> N2O5:feedback = "ON" ;<br> N2O5:molarmass = 108.02f ;<br> N2O5:Henry_T0 = 0.088f ;<br> N2O5:Henry_Tdep = 3600.f ;<br> N2O5:Sechenov = 9.99999f ;<br> N2O5:alpha_T0 = 0.4f ;<br> N2O5:alpha_Tdep = 0.f ;<br> N2O5:K_acid = 9.99999f ;<br> N2O5:K_acid2 = 9.99999f ;<br> N2O5:Vmol_bp = 9.99999f ;<br> N2O5:psat = 9.99999f ;<br> N2O5:psat_Tdep = 9.99999f ;<br> N2O5:pss = Infinityf ;<br> N2O5:dryreac_sf = 1.f ;<br> N2O5:aerosol_density = 1000.f ;<br> N2O5:vini = 0.f ;<br> N2O5:casrn = "10102-03-1" ;<br> N2O5:aerosol_model = "" ;<br> N2O5:REFERENCE_TO = "tracer_gp: N2O5" ;<br> N2O5:coordinates = "lon lat" ;<br> N2O5:cell_methods = "time: point" ;<br> float N2O5_ave(time, lev, lat, lon) ;<br> N2O5_ave:long_name = "" ;<br> N2O5_ave:standard_name = "" ;<br> N2O5_ave:units = "mol/mol" ;<br> N2O5_ave:submodel = "mecca" ;<br> N2O5_ave:index = 101 ;<br> N2O5_ave:medium = "AIR" ;<br> N2O5_ave:quantity = "AMOUNTFRACTION" ;<br> N2O5_ave:type = "SINGLE" ;<br> N2O5_ave:number_of_timelevels = -1 ;<br> N2O5_ave:charge = "UNDEFINED" ;<br> N2O5_ave:advect = "ON" ;<br> N2O5_ave:convect = "ON" ;<br> N2O5_ave:vdiff = "ON" ;<br> N2O5_ave:drydep = "ON" ;<br> N2O5_ave:sedi = "OFF" ;<br> N2O5_ave:scav = "ON" ;<br> N2O5_ave:mix = "ON" ;<br> N2O5_ave:force_col = "OFF" ;<br> N2O5_ave:integrate = "ON" ;<br> N2O5_ave:timefilter = "ON" ;<br> N2O5_ave:force_init = "OFF" ;<br> N2O5_ave:aerosol_method = "MODAL" ;<br> N2O5_ave:aerosol_mode = "0" ;<br> N2O5_ave:aerosol_sol = "ON" ;<br> N2O5_ave:aerosol_hetice = "OFF" ;<br> N2O5_ave:hori_diff = "OFF" ;<br> N2O5_ave:relaxation = "FULL" ;<br> N2O5_ave:mmd_init = "OFF" ;<br> N2O5_ave:tag_reg_idt = "101" ;<br> N2O5_ave:tag_specific = "0" ;<br> N2O5_ave:initial\ type = "FILE" ;<br> N2O5_ave:lateral_bounds = "FILE" ;<br> N2O5_ave:damping = "ON" ;<br> N2O5_ave:grib\ table\ num = "-1" ;<br> N2O5_ave:grib\ param\ num = "-1" ;<br> N2O5_ave:mtskip = "OFF" ;<br> N2O5_ave:bot_bound_cond = "ZERO FLUX" ;<br> N2O5_ave:SPPT = "OFF" ;<br> N2O5_ave:blockphy = "OFF" ;<br> N2O5_ave:feedback = "ON" ;<br> N2O5_ave:molarmass = 108.02f ;<br> N2O5_ave:Henry_T0 = 0.088f ;<br> N2O5_ave:Henry_Tdep = 3600.f ;<br> N2O5_ave:Sechenov = 9.99999f ;<br> N2O5_ave:alpha_T0 = 0.4f ;<br> N2O5_ave:alpha_Tdep = 0.f ;<br> N2O5_ave:K_acid = 9.99999f ;<br> N2O5_ave:K_acid2 = 9.99999f ;<br> N2O5_ave:Vmol_bp = 9.99999f ;<br> N2O5_ave:psat = 9.99999f ;<br> N2O5_ave:psat_Tdep = 9.99999f ;<br> N2O5_ave:pss = Infinityf ;<br> N2O5_ave:dryreac_sf = 1.f ;<br> N2O5_ave:aerosol_density = 1000.f ;<br> N2O5_ave:vini = 0.f ;<br> N2O5_ave:casrn = "10102-03-1" ;<br> N2O5_ave:aerosol_model = "" ;<br> N2O5_ave:REFERENCE_TO = "tracer_gp: N2O5" ;<br> N2O5_ave:coordinates = "lon lat" ;<br> N2O5_ave:cell_methods = "time: mean" ;<br> float NH2(time, lev, lat, lon) ;<br> NH2:long_name = "" ;<br> NH2:standard_name = "" ;<br> NH2:units = "mol/mol" ;<br> NH2:submodel = "mecca" ;<br> NH2:index = 109 ;<br> NH2:medium = "AIR" ;<br> NH2:quantity = "AMOUNTFRACTION" ;<br> NH2:type = "SINGLE" ;<br> NH2:number_of_timelevels = -1 ;<br> NH2:charge = "UNDEFINED" ;<br> NH2:advect = "ON" ;<br> NH2:convect = "ON" ;<br> NH2:vdiff = "ON" ;<br> NH2:drydep = "OFF" ;<br> NH2:sedi = "OFF" ;<br> NH2:scav = "ON" ;<br> NH2:mix = "ON" ;<br> NH2:force_col = "OFF" ;<br> NH2:integrate = "ON" ;<br> NH2:timefilter = "ON" ;<br> NH2:force_init = "OFF" ;<br> NH2:aerosol_method = "MODAL" ;<br> NH2:aerosol_mode = "0" ;<br> NH2:aerosol_sol = "ON" ;<br> NH2:aerosol_hetice = "OFF" ;<br> NH2:hori_diff = "OFF" ;<br> NH2:relaxation = "FULL" ;<br> NH2:mmd_init = "OFF" ;<br> NH2:tag_reg_idt = "109" ;<br> NH2:tag_specific = "0" ;<br> NH2:initial\ type = "FILE" ;<br> NH2:lateral_bounds = "FILE" ;<br> NH2:damping = "ON" ;<br> NH2:grib\ table\ num = "-1" ;<br> NH2:grib\ param\ num = "-1" ;<br> NH2:mtskip = "OFF" ;<br> NH2:bot_bound_cond = "ZERO FLUX" ;<br> NH2:SPPT = "OFF" ;<br> NH2:blockphy = "OFF" ;<br> NH2:feedback = "ON" ;<br> NH2:molarmass = 16.03f ;<br> NH2:Henry_T0 = -9.99999f ;<br> NH2:Henry_Tdep = -9.99999f ;<br> NH2:Sechenov = 9.99999f ;<br> NH2:alpha_T0 = 0.1f ;<br> NH2:alpha_Tdep = 0.f ;<br> NH2:K_acid = 9.99999f ;<br> NH2:K_acid2 = 9.99999f ;<br> NH2:Vmol_bp = 9.99999f ;<br> NH2:psat = 9.99999f ;<br> NH2:psat_Tdep = 9.99999f ;<br> NH2:pss = -9.99999f ;<br> NH2:dryreac_sf = 0.f ;<br> NH2:aerosol_density = 1000.f ;<br> NH2:vini = 0.f ;<br> NH2:casrn = "17655-31-1" ;<br> NH2:aerosol_model = "" ;<br> NH2:REFERENCE_TO = "tracer_gp: NH2" ;<br> NH2:coordinates = "lon lat" ;<br> NH2:cell_methods = "time: point" ;<br> float NH2_ave(time, lev, lat, lon) ;<br> NH2_ave:long_name = "" ;<br> NH2_ave:standard_name = "" ;<br> NH2_ave:units = "mol/mol" ;<br> NH2_ave:submodel = "mecca" ;<br> NH2_ave:index = 109 ;<br> NH2_ave:medium = "AIR" ;<br> NH2_ave:quantity = "AMOUNTFRACTION" ;<br> NH2_ave:type = "SINGLE" ;<br> NH2_ave:number_of_timelevels = -1 ;<br> NH2_ave:charge = "UNDEFINED" ;<br> NH2_ave:advect = "ON" ;<br> NH2_ave:convect = "ON" ;<br> NH2_ave:vdiff = "ON" ;<br> NH2_ave:drydep = "OFF" ;<br> NH2_ave:sedi = "OFF" ;<br> NH2_ave:scav = "ON" ;<br> NH2_ave:mix = "ON" ;<br> NH2_ave:force_col = "OFF" ;<br> NH2_ave:integrate = "ON" ;<br> NH2_ave:timefilter = "ON" ;<br> NH2_ave:force_init = "OFF" ;<br> NH2_ave:aerosol_method = "MODAL" ;<br> NH2_ave:aerosol_mode = "0" ;<br> NH2_ave:aerosol_sol = "ON" ;<br> NH2_ave:aerosol_hetice = "OFF" ;<br> NH2_ave:hori_diff = "OFF" ;<br> NH2_ave:relaxation = "FULL" ;<br> NH2_ave:mmd_init = "OFF" ;<br> NH2_ave:tag_reg_idt = "109" ;<br> NH2_ave:tag_specific = "0" ;<br> NH2_ave:initial\ type = "FILE" ;<br> NH2_ave:lateral_bounds = "FILE" ;<br> NH2_ave:damping = "ON" ;<br> NH2_ave:grib\ table\ num = "-1" ;<br> NH2_ave:grib\ param\ num = "-1" ;<br> NH2_ave:mtskip = "OFF" ;<br> NH2_ave:bot_bound_cond = "ZERO FLUX" ;<br> NH2_ave:SPPT = "OFF" ;<br> NH2_ave:blockphy = "OFF" ;<br> NH2_ave:feedback = "ON" ;<br> NH2_ave:molarmass = 16.03f ;<br> NH2_ave:Henry_T0 = -9.99999f ;<br> NH2_ave:Henry_Tdep = -9.99999f ;<br> NH2_ave:Sechenov = 9.99999f ;<br> NH2_ave:alpha_T0 = 0.1f ;<br> NH2_ave:alpha_Tdep = 0.f ;<br> NH2_ave:K_acid = 9.99999f ;<br> NH2_ave:K_acid2 = 9.99999f ;<br> NH2_ave:Vmol_bp = 9.99999f ;<br> NH2_ave:psat = 9.99999f ;<br> NH2_ave:psat_Tdep = 9.99999f ;<br> NH2_ave:pss = -9.99999f ;<br> NH2_ave:dryreac_sf = 0.f ;<br> NH2_ave:aerosol_density = 1000.f ;<br> NH2_ave:vini = 0.f ;<br> NH2_ave:casrn = "17655-31-1" ;<br> NH2_ave:aerosol_model = "" ;<br> NH2_ave:REFERENCE_TO = "tracer_gp: NH2" ;<br> NH2_ave:coordinates = "lon lat" ;<br> NH2_ave:cell_methods = "time: mean" ;<br> float HNO3(time, lev, lat, lon) ;<br> HNO3:long_name = "" ;<br> HNO3:standard_name = "" ;<br> HNO3:units = "mol/mol" ;<br> HNO3:submodel = "mecca" ;<br> HNO3:index = 118 ;<br> HNO3:medium = "AIR" ;<br> HNO3:quantity = "AMOUNTFRACTION" ;<br> HNO3:type = "SINGLE" ;<br> HNO3:number_of_timelevels = -1 ;<br> HNO3:charge = "UNDEFINED" ;<br> HNO3:advect = "ON" ;<br> HNO3:convect = "ON" ;<br> HNO3:vdiff = "ON" ;<br> HNO3:drydep = "ON" ;<br> HNO3:sedi = "OFF" ;<br> HNO3:scav = "ON" ;<br> HNO3:mix = "ON" ;<br> HNO3:force_col = "OFF" ;<br> HNO3:integrate = "ON" ;<br> HNO3:timefilter = "ON" ;<br> HNO3:force_init = "OFF" ;<br> HNO3:aerosol_method = "MODAL" ;<br> HNO3:aerosol_mode = "0" ;<br> HNO3:aerosol_sol = "ON" ;<br> HNO3:aerosol_hetice = "OFF" ;<br> HNO3:hori_diff = "OFF" ;<br> HNO3:relaxation = "FULL" ;<br> HNO3:mmd_init = "OFF" ;<br> HNO3:tag_reg_idt = "118" ;<br> HNO3:tag_specific = "0" ;<br> HNO3:initial\ type = "FILE" ;<br> HNO3:lateral_bounds = "FILE" ;<br> HNO3:damping = "ON" ;<br> HNO3:grib\ table\ num = "-1" ;<br> HNO3:grib\ param\ num = "-1" ;<br> HNO3:mtskip = "OFF" ;<br> HNO3:bot_bound_cond = "ZERO FLUX" ;<br> HNO3:SPPT = "OFF" ;<br> HNO3:blockphy = "OFF" ;<br> HNO3:feedback = "ON" ;<br> HNO3:molarmass = 63.02f ;<br> HNO3:Henry_T0 = 163333.3f ;<br> HNO3:Henry_Tdep = 8694.f ;<br> HNO3:Sechenov = 9.99999f ;<br> HNO3:alpha_T0 = 0.5f ;<br> HNO3:alpha_Tdep = 0.f ;<br> HNO3:K_acid = 15.4f ;<br> HNO3:K_acid2 = 9.99999f ;<br> HNO3:Vmol_bp = 9.99999f ;<br> HNO3:psat = 9.99999f ;<br> HNO3:psat_Tdep = 9.99999f ;<br> HNO3:pss = Infinityf ;<br> HNO3:dryreac_sf = 1.f ;<br> HNO3:aerosol_density = 1000.f ;<br> HNO3:vini = 0.f ;<br> HNO3:casrn = "7697-37-2" ;<br> HNO3:aerosol_model = "" ;<br> HNO3:REFERENCE_TO = "tracer_gp: HNO3" ;<br> HNO3:coordinates = "lon lat" ;<br> HNO3:cell_methods = "time: point" ;<br> float HNO3_ave(time, lev, lat, lon) ;<br> HNO3_ave:long_name = "" ;<br> HNO3_ave:standard_name = "" ;<br> HNO3_ave:units = "mol/mol" ;<br> HNO3_ave:submodel = "mecca" ;<br> HNO3_ave:index = 118 ;<br> HNO3_ave:medium = "AIR" ;<br> HNO3_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_ave:type = "SINGLE" ;<br> HNO3_ave:number_of_timelevels = -1 ;<br> HNO3_ave:charge = "UNDEFINED" ;<br> HNO3_ave:advect = "ON" ;<br> HNO3_ave:convect = "ON" ;<br> HNO3_ave:vdiff = "ON" ;<br> HNO3_ave:drydep = "ON" ;<br> HNO3_ave:sedi = "OFF" ;<br> HNO3_ave:scav = "ON" ;<br> HNO3_ave:mix = "ON" ;<br> HNO3_ave:force_col = "OFF" ;<br> HNO3_ave:integrate = "ON" ;<br> HNO3_ave:timefilter = "ON" ;<br> HNO3_ave:force_init = "OFF" ;<br> HNO3_ave:aerosol_method = "MODAL" ;<br> HNO3_ave:aerosol_mode = "0" ;<br> HNO3_ave:aerosol_sol = "ON" ;<br> HNO3_ave:aerosol_hetice = "OFF" ;<br> HNO3_ave:hori_diff = "OFF" ;<br> HNO3_ave:relaxation = "FULL" ;<br> HNO3_ave:mmd_init = "OFF" ;<br> HNO3_ave:tag_reg_idt = "118" ;<br> HNO3_ave:tag_specific = "0" ;<br> HNO3_ave:initial\ type = "FILE" ;<br> HNO3_ave:lateral_bounds = "FILE" ;<br> HNO3_ave:damping = "ON" ;<br> HNO3_ave:grib\ table\ num = "-1" ;<br> HNO3_ave:grib\ param\ num = "-1" ;<br> HNO3_ave:mtskip = "OFF" ;<br> HNO3_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_ave:SPPT = "OFF" ;<br> HNO3_ave:blockphy = "OFF" ;<br> HNO3_ave:feedback = "ON" ;<br> HNO3_ave:molarmass = 63.02f ;<br> HNO3_ave:Henry_T0 = 163333.3f ;<br> HNO3_ave:Henry_Tdep = 8694.f ;<br> HNO3_ave:Sechenov = 9.99999f ;<br> HNO3_ave:alpha_T0 = 0.5f ;<br> HNO3_ave:alpha_Tdep = 0.f ;<br> HNO3_ave:K_acid = 15.4f ;<br> HNO3_ave:K_acid2 = 9.99999f ;<br> HNO3_ave:Vmol_bp = 9.99999f ;<br> HNO3_ave:psat = 9.99999f ;<br> HNO3_ave:psat_Tdep = 9.99999f ;<br> HNO3_ave:pss = Infinityf ;<br> HNO3_ave:dryreac_sf = 1.f ;<br> HNO3_ave:aerosol_density = 1000.f ;<br> HNO3_ave:vini = 0.f ;<br> HNO3_ave:casrn = "7697-37-2" ;<br> HNO3_ave:aerosol_model = "" ;<br> HNO3_ave:REFERENCE_TO = "tracer_gp: HNO3" ;<br> HNO3_ave:coordinates = "lon lat" ;<br> HNO3_ave:cell_methods = "time: mean" ;<br> float HNO4(time, lev, lat, lon) ;<br> HNO4:long_name = "" ;<br> HNO4:standard_name = "" ;<br> HNO4:units = "mol/mol" ;<br> HNO4:submodel = "mecca" ;<br> HNO4:index = 83 ;<br> HNO4:medium = "AIR" ;<br> HNO4:quantity = "AMOUNTFRACTION" ;<br> HNO4:type = "SINGLE" ;<br> HNO4:number_of_timelevels = -1 ;<br> HNO4:charge = "UNDEFINED" ;<br> HNO4:advect = "ON" ;<br> HNO4:convect = "ON" ;<br> HNO4:vdiff = "ON" ;<br> HNO4:drydep = "ON" ;<br> HNO4:sedi = "OFF" ;<br> HNO4:scav = "ON" ;<br> HNO4:mix = "ON" ;<br> HNO4:force_col = "OFF" ;<br> HNO4:integrate = "ON" ;<br> HNO4:timefilter = "ON" ;<br> HNO4:force_init = "OFF" ;<br> HNO4:aerosol_method = "MODAL" ;<br> HNO4:aerosol_mode = "0" ;<br> HNO4:aerosol_sol = "ON" ;<br> HNO4:aerosol_hetice = "OFF" ;<br> HNO4:hori_diff = "OFF" ;<br> HNO4:relaxation = "FULL" ;<br> HNO4:mmd_init = "OFF" ;<br> HNO4:tag_reg_idt = "83" ;<br> HNO4:tag_specific = "0" ;<br> HNO4:initial\ type = "FILE" ;<br> HNO4:lateral_bounds = "FILE" ;<br> HNO4:damping = "ON" ;<br> HNO4:grib\ table\ num = "-1" ;<br> HNO4:grib\ param\ num = "-1" ;<br> HNO4:mtskip = "OFF" ;<br> HNO4:bot_bound_cond = "ZERO FLUX" ;<br> HNO4:SPPT = "OFF" ;<br> HNO4:blockphy = "OFF" ;<br> HNO4:feedback = "ON" ;<br> HNO4:molarmass = 79.02f ;<br> HNO4:Henry_T0 = 12600.f ;<br> HNO4:Henry_Tdep = 6900.f ;<br> HNO4:Sechenov = 9.99999f ;<br> HNO4:alpha_T0 = 0.1f ;<br> HNO4:alpha_Tdep = 0.f ;<br> HNO4:K_acid = 1.e-05f ;<br> HNO4:K_acid2 = 9.99999f ;<br> HNO4:Vmol_bp = 9.99999f ;<br> HNO4:psat = 9.99999f ;<br> HNO4:psat_Tdep = 9.99999f ;<br> HNO4:pss = 1260000.f ;<br> HNO4:dryreac_sf = 1.f ;<br> HNO4:aerosol_density = 1000.f ;<br> HNO4:vini = 0.f ;<br> HNO4:casrn = "26404-66-0" ;<br> HNO4:aerosol_model = "" ;<br> HNO4:REFERENCE_TO = "tracer_gp: HNO4" ;<br> HNO4:coordinates = "lon lat" ;<br> HNO4:cell_methods = "time: point" ;<br> float HNO4_ave(time, lev, lat, lon) ;<br> HNO4_ave:long_name = "" ;<br> HNO4_ave:standard_name = "" ;<br> HNO4_ave:units = "mol/mol" ;<br> HNO4_ave:submodel = "mecca" ;<br> HNO4_ave:index = 83 ;<br> HNO4_ave:medium = "AIR" ;<br> HNO4_ave:quantity = "AMOUNTFRACTION" ;<br> HNO4_ave:type = "SINGLE" ;<br> HNO4_ave:number_of_timelevels = -1 ;<br> HNO4_ave:charge = "UNDEFINED" ;<br> HNO4_ave:advect = "ON" ;<br> HNO4_ave:convect = "ON" ;<br> HNO4_ave:vdiff = "ON" ;<br> HNO4_ave:drydep = "ON" ;<br> HNO4_ave:sedi = "OFF" ;<br> HNO4_ave:scav = "ON" ;<br> HNO4_ave:mix = "ON" ;<br> HNO4_ave:force_col = "OFF" ;<br> HNO4_ave:integrate = "ON" ;<br> HNO4_ave:timefilter = "ON" ;<br> HNO4_ave:force_init = "OFF" ;<br> HNO4_ave:aerosol_method = "MODAL" ;<br> HNO4_ave:aerosol_mode = "0" ;<br> HNO4_ave:aerosol_sol = "ON" ;<br> HNO4_ave:aerosol_hetice = "OFF" ;<br> HNO4_ave:hori_diff = "OFF" ;<br> HNO4_ave:relaxation = "FULL" ;<br> HNO4_ave:mmd_init = "OFF" ;<br> HNO4_ave:tag_reg_idt = "83" ;<br> HNO4_ave:tag_specific = "0" ;<br> HNO4_ave:initial\ type = "FILE" ;<br> HNO4_ave:lateral_bounds = "FILE" ;<br> HNO4_ave:damping = "ON" ;<br> HNO4_ave:grib\ table\ num = "-1" ;<br> HNO4_ave:grib\ param\ num = "-1" ;<br> HNO4_ave:mtskip = "OFF" ;<br> HNO4_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO4_ave:SPPT = "OFF" ;<br> HNO4_ave:blockphy = "OFF" ;<br> HNO4_ave:feedback = "ON" ;<br> HNO4_ave:molarmass = 79.02f ;<br> HNO4_ave:Henry_T0 = 12600.f ;<br> HNO4_ave:Henry_Tdep = 6900.f ;<br> HNO4_ave:Sechenov = 9.99999f ;<br> HNO4_ave:alpha_T0 = 0.1f ;<br> HNO4_ave:alpha_Tdep = 0.f ;<br> HNO4_ave:K_acid = 1.e-05f ;<br> HNO4_ave:K_acid2 = 9.99999f ;<br> HNO4_ave:Vmol_bp = 9.99999f ;<br> HNO4_ave:psat = 9.99999f ;<br> HNO4_ave:psat_Tdep = 9.99999f ;<br> HNO4_ave:pss = 1260000.f ;<br> HNO4_ave:dryreac_sf = 1.f ;<br> HNO4_ave:aerosol_density = 1000.f ;<br> HNO4_ave:vini = 0.f ;<br> HNO4_ave:casrn = "26404-66-0" ;<br> HNO4_ave:aerosol_model = "" ;<br> HNO4_ave:REFERENCE_TO = "tracer_gp: HNO4" ;<br> HNO4_ave:coordinates = "lon lat" ;<br> HNO4_ave:cell_methods = "time: mean" ;<br> float PAN(time, lev, lat, lon) ;<br> PAN:long_name = "" ;<br> PAN:standard_name = "" ;<br> PAN:units = "mol/mol" ;<br> PAN:submodel = "mecca" ;<br> PAN:index = 92 ;<br> PAN:medium = "AIR" ;<br> PAN:quantity = "AMOUNTFRACTION" ;<br> PAN:type = "SINGLE" ;<br> PAN:number_of_timelevels = -1 ;<br> PAN:charge = "UNDEFINED" ;<br> PAN:advect = "ON" ;<br> PAN:convect = "ON" ;<br> PAN:vdiff = "ON" ;<br> PAN:drydep = "ON" ;<br> PAN:sedi = "OFF" ;<br> PAN:scav = "ON" ;<br> PAN:mix = "ON" ;<br> PAN:force_col = "OFF" ;<br> PAN:integrate = "ON" ;<br> PAN:timefilter = "ON" ;<br> PAN:force_init = "OFF" ;<br> PAN:aerosol_method = "MODAL" ;<br> PAN:aerosol_mode = "0" ;<br> PAN:aerosol_sol = "ON" ;<br> PAN:aerosol_hetice = "OFF" ;<br> PAN:hori_diff = "OFF" ;<br> PAN:relaxation = "FULL" ;<br> PAN:mmd_init = "OFF" ;<br> PAN:tag_reg_idt = "92" ;<br> PAN:tag_specific = "0" ;<br> PAN:initial\ type = "FILE" ;<br> PAN:lateral_bounds = "FILE" ;<br> PAN:damping = "ON" ;<br> PAN:grib\ table\ num = "-1" ;<br> PAN:grib\ param\ num = "-1" ;<br> PAN:mtskip = "OFF" ;<br> PAN:bot_bound_cond = "ZERO FLUX" ;<br> PAN:SPPT = "OFF" ;<br> PAN:blockphy = "OFF" ;<br> PAN:feedback = "ON" ;<br> PAN:molarmass = 121.06f ;<br> PAN:Henry_T0 = 2.8f ;<br> PAN:Henry_Tdep = 5730.f ;<br> PAN:Sechenov = 9.99999f ;<br> PAN:alpha_T0 = 0.1f ;<br> PAN:alpha_Tdep = 0.f ;<br> PAN:K_acid = 9.99999f ;<br> PAN:K_acid2 = 9.99999f ;<br> PAN:Vmol_bp = 9.99999f ;<br> PAN:psat = 9.99999f ;<br> PAN:psat_Tdep = 9.99999f ;<br> PAN:pss = 2.8f ;<br> PAN:dryreac_sf = 0.1f ;<br> PAN:aerosol_density = 1000.f ;<br> PAN:vini = 0.f ;<br> PAN:casrn = "2278-22-0" ;<br> PAN:aerosol_model = "" ;<br> PAN:REFERENCE_TO = "tracer_gp: PAN" ;<br> PAN:coordinates = "lon lat" ;<br> PAN:cell_methods = "time: point" ;<br> float PAN_ave(time, lev, lat, lon) ;<br> PAN_ave:long_name = "" ;<br> PAN_ave:standard_name = "" ;<br> PAN_ave:units = "mol/mol" ;<br> PAN_ave:submodel = "mecca" ;<br> PAN_ave:index = 92 ;<br> PAN_ave:medium = "AIR" ;<br> PAN_ave:quantity = "AMOUNTFRACTION" ;<br> PAN_ave:type = "SINGLE" ;<br> PAN_ave:number_of_timelevels = -1 ;<br> PAN_ave:charge = "UNDEFINED" ;<br> PAN_ave:advect = "ON" ;<br> PAN_ave:convect = "ON" ;<br> PAN_ave:vdiff = "ON" ;<br> PAN_ave:drydep = "ON" ;<br> PAN_ave:sedi = "OFF" ;<br> PAN_ave:scav = "ON" ;<br> PAN_ave:mix = "ON" ;<br> PAN_ave:force_col = "OFF" ;<br> PAN_ave:integrate = "ON" ;<br> PAN_ave:timefilter = "ON" ;<br> PAN_ave:force_init = "OFF" ;<br> PAN_ave:aerosol_method = "MODAL" ;<br> PAN_ave:aerosol_mode = "0" ;<br> PAN_ave:aerosol_sol = "ON" ;<br> PAN_ave:aerosol_hetice = "OFF" ;<br> PAN_ave:hori_diff = "OFF" ;<br> PAN_ave:relaxation = "FULL" ;<br> PAN_ave:mmd_init = "OFF" ;<br> PAN_ave:tag_reg_idt = "92" ;<br> PAN_ave:tag_specific = "0" ;<br> PAN_ave:initial\ type = "FILE" ;<br> PAN_ave:lateral_bounds = "FILE" ;<br> PAN_ave:damping = "ON" ;<br> PAN_ave:grib\ table\ num = "-1" ;<br> PAN_ave:grib\ param\ num = "-1" ;<br> PAN_ave:mtskip = "OFF" ;<br> PAN_ave:bot_bound_cond = "ZERO FLUX" ;<br> PAN_ave:SPPT = "OFF" ;<br> PAN_ave:blockphy = "OFF" ;<br> PAN_ave:feedback = "ON" ;<br> PAN_ave:molarmass = 121.06f ;<br> PAN_ave:Henry_T0 = 2.8f ;<br> PAN_ave:Henry_Tdep = 5730.f ;<br> PAN_ave:Sechenov = 9.99999f ;<br> PAN_ave:alpha_T0 = 0.1f ;<br> PAN_ave:alpha_Tdep = 0.f ;<br> PAN_ave:K_acid = 9.99999f ;<br> PAN_ave:K_acid2 = 9.99999f ;<br> PAN_ave:Vmol_bp = 9.99999f ;<br> PAN_ave:psat = 9.99999f ;<br> PAN_ave:psat_Tdep = 9.99999f ;<br> PAN_ave:pss = 2.8f ;<br> PAN_ave:dryreac_sf = 0.1f ;<br> PAN_ave:aerosol_density = 1000.f ;<br> PAN_ave:vini = 0.f ;<br> PAN_ave:casrn = "2278-22-0" ;<br> PAN_ave:aerosol_model = "" ;<br> PAN_ave:REFERENCE_TO = "tracer_gp: PAN" ;<br> PAN_ave:coordinates = "lon lat" ;<br> PAN_ave:cell_methods = "time: mean" ;<br> float HNO3_nat(time, lev, lat, lon) ;<br> HNO3_nat:long_name = "NAT phase HNO3 molar mixing ratio" ;<br> HNO3_nat:standard_name = "" ;<br> HNO3_nat:units = "mol/mol" ;<br> HNO3_nat:submodel = "msbm" ;<br> HNO3_nat:index = 165 ;<br> HNO3_nat:medium = "AEROSOL" ;<br> HNO3_nat:quantity = "AMOUNTFRACTION" ;<br> HNO3_nat:type = "SINGLE" ;<br> HNO3_nat:number_of_timelevels = -1 ;<br> HNO3_nat:charge = "UNDEFINED" ;<br> HNO3_nat:advect = "ON" ;<br> HNO3_nat:convect = "ON" ;<br> HNO3_nat:vdiff = "ON" ;<br> HNO3_nat:drydep = "OFF" ;<br> HNO3_nat:sedi = "OFF" ;<br> HNO3_nat:scav = "OFF" ;<br> HNO3_nat:mix = "ON" ;<br> HNO3_nat:force_col = "OFF" ;<br> HNO3_nat:integrate = "ON" ;<br> HNO3_nat:timefilter = "ON" ;<br> HNO3_nat:force_init = "OFF" ;<br> HNO3_nat:aerosol_method = "MODAL" ;<br> HNO3_nat:aerosol_mode = "0" ;<br> HNO3_nat:aerosol_sol = "ON" ;<br> HNO3_nat:aerosol_hetice = "OFF" ;<br> HNO3_nat:hori_diff = "OFF" ;<br> HNO3_nat:relaxation = "FULL" ;<br> HNO3_nat:mmd_init = "OFF" ;<br> HNO3_nat:tag_reg_idt = "165" ;<br> HNO3_nat:tag_specific = "0" ;<br> HNO3_nat:initial\ type = "FILE" ;<br> HNO3_nat:lateral_bounds = "FILE" ;<br> HNO3_nat:damping = "ON" ;<br> HNO3_nat:grib\ table\ num = "-1" ;<br> HNO3_nat:grib\ param\ num = "-1" ;<br> HNO3_nat:mtskip = "OFF" ;<br> HNO3_nat:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_nat:SPPT = "OFF" ;<br> HNO3_nat:blockphy = "OFF" ;<br> HNO3_nat:feedback = "ON" ;<br> HNO3_nat:molarmass = 63.02f ;<br> HNO3_nat:Henry_T0 = 163333.3f ;<br> HNO3_nat:Henry_Tdep = 8694.f ;<br> HNO3_nat:Sechenov = 9.99999f ;<br> HNO3_nat:alpha_T0 = 0.5f ;<br> HNO3_nat:alpha_Tdep = 0.f ;<br> HNO3_nat:K_acid = 15.4f ;<br> HNO3_nat:K_acid2 = 9.99999f ;<br> HNO3_nat:Vmol_bp = 9.99999f ;<br> HNO3_nat:psat = 9.99999f ;<br> HNO3_nat:psat_Tdep = 9.99999f ;<br> HNO3_nat:pss = 1.f ;<br> HNO3_nat:dryreac_sf = 1.f ;<br> HNO3_nat:aerosol_density = 1000.f ;<br> HNO3_nat:vini = 0.f ;<br> HNO3_nat:casrn = "7697-37-2" ;<br> HNO3_nat:aerosol_model = "" ;<br> HNO3_nat:REFERENCE_TO = "tracer_gp: HNO3_nat" ;<br> HNO3_nat:coordinates = "lon lat" ;<br> HNO3_nat:cell_methods = "time: point" ;<br> float HNO3_nat_ave(time, lev, lat, lon) ;<br> HNO3_nat_ave:long_name = "NAT phase HNO3 molar mixing ratio" ;<br> HNO3_nat_ave:standard_name = "" ;<br> HNO3_nat_ave:units = "mol/mol" ;<br> HNO3_nat_ave:submodel = "msbm" ;<br> HNO3_nat_ave:index = 165 ;<br> HNO3_nat_ave:medium = "AEROSOL" ;<br> HNO3_nat_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_nat_ave:type = "SINGLE" ;<br> HNO3_nat_ave:number_of_timelevels = -1 ;<br> HNO3_nat_ave:charge = "UNDEFINED" ;<br> HNO3_nat_ave:advect = "ON" ;<br> HNO3_nat_ave:convect = "ON" ;<br> HNO3_nat_ave:vdiff = "ON" ;<br> HNO3_nat_ave:drydep = "OFF" ;<br> HNO3_nat_ave:sedi = "OFF" ;<br> HNO3_nat_ave:scav = "OFF" ;<br> HNO3_nat_ave:mix = "ON" ;<br> HNO3_nat_ave:force_col = "OFF" ;<br> HNO3_nat_ave:integrate = "ON" ;<br> HNO3_nat_ave:timefilter = "ON" ;<br> HNO3_nat_ave:force_init = "OFF" ;<br> HNO3_nat_ave:aerosol_method = "MODAL" ;<br> HNO3_nat_ave:aerosol_mode = "0" ;<br> HNO3_nat_ave:aerosol_sol = "ON" ;<br> HNO3_nat_ave:aerosol_hetice = "OFF" ;<br> HNO3_nat_ave:hori_diff = "OFF" ;<br> HNO3_nat_ave:relaxation = "FULL" ;<br> HNO3_nat_ave:mmd_init = "OFF" ;<br> HNO3_nat_ave:tag_reg_idt = "165" ;<br> HNO3_nat_ave:tag_specific = "0" ;<br> HNO3_nat_ave:initial\ type = "FILE" ;<br> HNO3_nat_ave:lateral_bounds = "FILE" ;<br> HNO3_nat_ave:damping = "ON" ;<br> HNO3_nat_ave:grib\ table\ num = "-1" ;<br> HNO3_nat_ave:grib\ param\ num = "-1" ;<br> HNO3_nat_ave:mtskip = "OFF" ;<br> HNO3_nat_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_nat_ave:SPPT = "OFF" ;<br> HNO3_nat_ave:blockphy = "OFF" ;<br> HNO3_nat_ave:feedback = "ON" ;<br> HNO3_nat_ave:molarmass = 63.02f ;<br> HNO3_nat_ave:Henry_T0 = 163333.3f ;<br> HNO3_nat_ave:Henry_Tdep = 8694.f ;<br> HNO3_nat_ave:Sechenov = 9.99999f ;<br> HNO3_nat_ave:alpha_T0 = 0.5f ;<br> HNO3_nat_ave:alpha_Tdep = 0.f ;<br> HNO3_nat_ave:K_acid = 15.4f ;<br> HNO3_nat_ave:K_acid2 = 9.99999f ;<br> HNO3_nat_ave:Vmol_bp = 9.99999f ;<br> HNO3_nat_ave:psat = 9.99999f ;<br> HNO3_nat_ave:psat_Tdep = 9.99999f ;<br> HNO3_nat_ave:pss = 1.f ;<br> HNO3_nat_ave:dryreac_sf = 1.f ;<br> HNO3_nat_ave:aerosol_density = 1000.f ;<br> HNO3_nat_ave:vini = 0.f ;<br> HNO3_nat_ave:casrn = "7697-37-2" ;<br> HNO3_nat_ave:aerosol_model = "" ;<br> HNO3_nat_ave:REFERENCE_TO = "tracer_gp: HNO3_nat" ;<br> HNO3_nat_ave:coordinates = "lon lat" ;<br> HNO3_nat_ave:cell_methods = "time: mean" ;<br> float NH2OH(time, lev, lat, lon) ;<br> NH2OH:long_name = "" ;<br> NH2OH:standard_name = "" ;<br> NH2OH:units = "mol/mol" ;<br> NH2OH:submodel = "mecca" ;<br> NH2OH:index = 67 ;<br> NH2OH:medium = "AIR" ;<br> NH2OH:quantity = "AMOUNTFRACTION" ;<br> NH2OH:type = "SINGLE" ;<br> NH2OH:number_of_timelevels = -1 ;<br> NH2OH:charge = "UNDEFINED" ;<br> NH2OH:advect = "ON" ;<br> NH2OH:convect = "ON" ;<br> NH2OH:vdiff = "ON" ;<br> NH2OH:drydep = "OFF" ;<br> NH2OH:sedi = "OFF" ;<br> NH2OH:scav = "ON" ;<br> NH2OH:mix = "ON" ;<br> NH2OH:force_col = "OFF" ;<br> NH2OH:integrate = "ON" ;<br> NH2OH:timefilter = "ON" ;<br> NH2OH:force_init = "OFF" ;<br> NH2OH:aerosol_method = "MODAL" ;<br> NH2OH:aerosol_mode = "0" ;<br> NH2OH:aerosol_sol = "ON" ;<br> NH2OH:aerosol_hetice = "OFF" ;<br> NH2OH:hori_diff = "OFF" ;<br> NH2OH:relaxation = "FULL" ;<br> NH2OH:mmd_init = "OFF" ;<br> NH2OH:tag_reg_idt = "67" ;<br> NH2OH:tag_specific = "0" ;<br> NH2OH:initial\ type = "FILE" ;<br> NH2OH:lateral_bounds = "FILE" ;<br> NH2OH:damping = "ON" ;<br> NH2OH:grib\ table\ num = "-1" ;<br> NH2OH:grib\ param\ num = "-1" ;<br> NH2OH:mtskip = "OFF" ;<br> NH2OH:bot_bound_cond = "ZERO FLUX" ;<br> NH2OH:SPPT = "OFF" ;<br> NH2OH:blockphy = "OFF" ;<br> NH2OH:feedback = "ON" ;<br> NH2OH:molarmass = 33.04f ;<br> NH2OH:Henry_T0 = -9.99999f ;<br> NH2OH:Henry_Tdep = -9.99999f ;<br> NH2OH:Sechenov = 9.99999f ;<br> NH2OH:alpha_T0 = 0.1f ;<br> NH2OH:alpha_Tdep = 0.f ;<br> NH2OH:K_acid = 9.99999f ;<br> NH2OH:K_acid2 = 9.99999f ;<br> NH2OH:Vmol_bp = 9.99999f ;<br> NH2OH:psat = 9.99999f ;<br> NH2OH:psat_Tdep = 9.99999f ;<br> NH2OH:pss = -9.99999f ;<br> NH2OH:dryreac_sf = 0.f ;<br> NH2OH:aerosol_density = 1000.f ;<br> NH2OH:vini = 0.f ;<br> NH2OH:casrn = "7803-49-8" ;<br> NH2OH:aerosol_model = "" ;<br> NH2OH:REFERENCE_TO = "tracer_gp: NH2OH" ;<br> NH2OH:coordinates = "lon lat" ;<br> NH2OH:cell_methods = "time: point" ;<br> float NH2OH_ave(time, lev, lat, lon) ;<br> NH2OH_ave:long_name = "" ;<br> NH2OH_ave:standard_name = "" ;<br> NH2OH_ave:units = "mol/mol" ;<br> NH2OH_ave:submodel = "mecca" ;<br> NH2OH_ave:index = 67 ;<br> NH2OH_ave:medium = "AIR" ;<br> NH2OH_ave:quantity = "AMOUNTFRACTION" ;<br> NH2OH_ave:type = "SINGLE" ;<br> NH2OH_ave:number_of_timelevels = -1 ;<br> NH2OH_ave:charge = "UNDEFINED" ;<br> NH2OH_ave:advect = "ON" ;<br> NH2OH_ave:convect = "ON" ;<br> NH2OH_ave:vdiff = "ON" ;<br> NH2OH_ave:drydep = "OFF" ;<br> NH2OH_ave:sedi = "OFF" ;<br> NH2OH_ave:scav = "ON" ;<br> NH2OH_ave:mix = "ON" ;<br> NH2OH_ave:force_col = "OFF" ;<br> NH2OH_ave:integrate = "ON" ;<br> NH2OH_ave:timefilter = "ON" ;<br> NH2OH_ave:force_init = "OFF" ;<br> NH2OH_ave:aerosol_method = "MODAL" ;<br> NH2OH_ave:aerosol_mode = "0" ;<br> NH2OH_ave:aerosol_sol = "ON" ;<br> NH2OH_ave:aerosol_hetice = "OFF" ;<br> NH2OH_ave:hori_diff = "OFF" ;<br> NH2OH_ave:relaxation = "FULL" ;<br> NH2OH_ave:mmd_init = "OFF" ;<br> NH2OH_ave:tag_reg_idt = "67" ;<br> NH2OH_ave:tag_specific = "0" ;<br> NH2OH_ave:initial\ type = "FILE" ;<br> NH2OH_ave:lateral_bounds = "FILE" ;<br> NH2OH_ave:damping = "ON" ;<br> NH2OH_ave:grib\ table\ num = "-1" ;<br> NH2OH_ave:grib\ param\ num = "-1" ;<br> NH2OH_ave:mtskip = "OFF" ;<br> NH2OH_ave:bot_bound_cond = "ZERO FLUX" ;<br> NH2OH_ave:SPPT = "OFF" ;<br> NH2OH_ave:blockphy = "OFF" ;<br> NH2OH_ave:feedback = "ON" ;<br> NH2OH_ave:molarmass = 33.04f ;<br> NH2OH_ave:Henry_T0 = -9.99999f ;<br> NH2OH_ave:Henry_Tdep = -9.99999f ;<br> NH2OH_ave:Sechenov = 9.99999f ;<br> NH2OH_ave:alpha_T0 = 0.1f ;<br> NH2OH_ave:alpha_Tdep = 0.f ;<br> NH2OH_ave:K_acid = 9.99999f ;<br> NH2OH_ave:K_acid2 = 9.99999f ;<br> NH2OH_ave:Vmol_bp = 9.99999f ;<br> NH2OH_ave:psat = 9.99999f ;<br> NH2OH_ave:psat_Tdep = 9.99999f ;<br> NH2OH_ave:pss = -9.99999f ;<br> NH2OH_ave:dryreac_sf = 0.f ;<br> NH2OH_ave:aerosol_density = 1000.f ;<br> NH2OH_ave:vini = 0.f ;<br> NH2OH_ave:casrn = "7803-49-8" ;<br> NH2OH_ave:aerosol_model = "" ;<br> NH2OH_ave:REFERENCE_TO = "tracer_gp: NH2OH" ;<br> NH2OH_ave:coordinates = "lon lat" ;<br> NH2OH_ave:cell_methods = "time: mean" ;<br> float NHOH(time, lev, lat, lon) ;<br> NHOH:long_name = "" ;<br> NHOH:standard_name = "" ;<br> NHOH:units = "mol/mol" ;<br> NHOH:submodel = "mecca" ;<br> NHOH:index = 79 ;<br> NHOH:medium = "AIR" ;<br> NHOH:quantity = "AMOUNTFRACTION" ;<br> NHOH:type = "SINGLE" ;<br> NHOH:number_of_timelevels = -1 ;<br> NHOH:charge = "UNDEFINED" ;<br> NHOH:advect = "ON" ;<br> NHOH:convect = "ON" ;<br> NHOH:vdiff = "ON" ;<br> NHOH:drydep = "OFF" ;<br> NHOH:sedi = "OFF" ;<br> NHOH:scav = "ON" ;<br> NHOH:mix = "ON" ;<br> NHOH:force_col = "OFF" ;<br> NHOH:integrate = "ON" ;<br> NHOH:timefilter = "ON" ;<br> NHOH:force_init = "OFF" ;<br> NHOH:aerosol_method = "MODAL" ;<br> NHOH:aerosol_mode = "0" ;<br> NHOH:aerosol_sol = "ON" ;<br> NHOH:aerosol_hetice = "OFF" ;<br> NHOH:hori_diff = "OFF" ;<br> NHOH:relaxation = "FULL" ;<br> NHOH:mmd_init = "OFF" ;<br> NHOH:tag_reg_idt = "79" ;<br> NHOH:tag_specific = "0" ;<br> NHOH:initial\ type = "FILE" ;<br> NHOH:lateral_bounds = "FILE" ;<br> NHOH:damping = "ON" ;<br> NHOH:grib\ table\ num = "-1" ;<br> NHOH:grib\ param\ num = "-1" ;<br> NHOH:mtskip = "OFF" ;<br> NHOH:bot_bound_cond = "ZERO FLUX" ;<br> NHOH:SPPT = "OFF" ;<br> NHOH:blockphy = "OFF" ;<br> NHOH:feedback = "ON" ;<br> NHOH:molarmass = 32.03f ;<br> NHOH:Henry_T0 = -9.99999f ;<br> NHOH:Henry_Tdep = -9.99999f ;<br> NHOH:Sechenov = 9.99999f ;<br> NHOH:alpha_T0 = 0.1f ;<br> NHOH:alpha_Tdep = 0.f ;<br> NHOH:K_acid = 9.99999f ;<br> NHOH:K_acid2 = 9.99999f ;<br> NHOH:Vmol_bp = 9.99999f ;<br> NHOH:psat = 9.99999f ;<br> NHOH:psat_Tdep = 9.99999f ;<br> NHOH:pss = -9.99999f ;<br> NHOH:dryreac_sf = 0.f ;<br> NHOH:aerosol_density = 1000.f ;<br> NHOH:vini = 0.f ;<br> NHOH:casrn = "?" ;<br> NHOH:aerosol_model = "" ;<br> NHOH:REFERENCE_TO = "tracer_gp: NHOH" ;<br> NHOH:coordinates = "lon lat" ;<br> NHOH:cell_methods = "time: point" ;<br> float NHOH_ave(time, lev, lat, lon) ;<br> NHOH_ave:long_name = "" ;<br> NHOH_ave:standard_name = "" ;<br> NHOH_ave:units = "mol/mol" ;<br> NHOH_ave:submodel = "mecca" ;<br> NHOH_ave:index = 79 ;<br> NHOH_ave:medium = "AIR" ;<br> NHOH_ave:quantity = "AMOUNTFRACTION" ;<br> NHOH_ave:type = "SINGLE" ;<br> NHOH_ave:number_of_timelevels = -1 ;<br> NHOH_ave:charge = "UNDEFINED" ;<br> NHOH_ave:advect = "ON" ;<br> NHOH_ave:convect = "ON" ;<br> NHOH_ave:vdiff = "ON" ;<br> NHOH_ave:drydep = "OFF" ;<br> NHOH_ave:sedi = "OFF" ;<br> NHOH_ave:scav = "ON" ;<br> NHOH_ave:mix = "ON" ;<br> NHOH_ave:force_col = "OFF" ;<br> NHOH_ave:integrate = "ON" ;<br> NHOH_ave:timefilter = "ON" ;<br> NHOH_ave:force_init = "OFF" ;<br> NHOH_ave:aerosol_method = "MODAL" ;<br> NHOH_ave:aerosol_mode = "0" ;<br> NHOH_ave:aerosol_sol = "ON" ;<br> NHOH_ave:aerosol_hetice = "OFF" ;<br> NHOH_ave:hori_diff = "OFF" ;<br> NHOH_ave:relaxation = "FULL" ;<br> NHOH_ave:mmd_init = "OFF" ;<br> NHOH_ave:tag_reg_idt = "79" ;<br> NHOH_ave:tag_specific = "0" ;<br> NHOH_ave:initial\ type = "FILE" ;<br> NHOH_ave:lateral_bounds = "FILE" ;<br> NHOH_ave:damping = "ON" ;<br> NHOH_ave:grib\ table\ num = "-1" ;<br> NHOH_ave:grib\ param\ num = "-1" ;<br> NHOH_ave:mtskip = "OFF" ;<br> NHOH_ave:bot_bound_cond = "ZERO FLUX" ;<br> NHOH_ave:SPPT = "OFF" ;<br> NHOH_ave:blockphy = "OFF" ;<br> NHOH_ave:feedback = "ON" ;<br> NHOH_ave:molarmass = 32.03f ;<br> NHOH_ave:Henry_T0 = -9.99999f ;<br> NHOH_ave:Henry_Tdep = -9.99999f ;<br> NHOH_ave:Sechenov = 9.99999f ;<br> NHOH_ave:alpha_T0 = 0.1f ;<br> NHOH_ave:alpha_Tdep = 0.f ;<br> NHOH_ave:K_acid = 9.99999f ;<br> NHOH_ave:K_acid2 = 9.99999f ;<br> NHOH_ave:Vmol_bp = 9.99999f ;<br> NHOH_ave:psat = 9.99999f ;<br> NHOH_ave:psat_Tdep = 9.99999f ;<br> NHOH_ave:pss = -9.99999f ;<br> NHOH_ave:dryreac_sf = 0.f ;<br> NHOH_ave:aerosol_density = 1000.f ;<br> NHOH_ave:vini = 0.f ;<br> NHOH_ave:casrn = "?" ;<br> NHOH_ave:aerosol_model = "" ;<br> NHOH_ave:REFERENCE_TO = "tracer_gp: NHOH" ;<br> NHOH_ave:coordinates = "lon lat" ;<br> NHOH_ave:cell_methods = "time: mean" ;<br> float NH2O(time, lev, lat, lon) ;<br> NH2O:long_name = "" ;<br> NH2O:standard_name = "" ;<br> NH2O:units = "mol/mol" ;<br> NH2O:submodel = "mecca" ;<br> NH2O:index = 102 ;<br> NH2O:medium = "AIR" ;<br> NH2O:quantity = "AMOUNTFRACTION" ;<br> NH2O:type = "SINGLE" ;<br> NH2O:number_of_timelevels = -1 ;<br> NH2O:charge = "UNDEFINED" ;<br> NH2O:advect = "ON" ;<br> NH2O:convect = "ON" ;<br> NH2O:vdiff = "ON" ;<br> NH2O:drydep = "OFF" ;<br> NH2O:sedi = "OFF" ;<br> NH2O:scav = "ON" ;<br> NH2O:mix = "ON" ;<br> NH2O:force_col = "OFF" ;<br> NH2O:integrate = "ON" ;<br> NH2O:timefilter = "ON" ;<br> NH2O:force_init = "OFF" ;<br> NH2O:aerosol_method = "MODAL" ;<br> NH2O:aerosol_mode = "0" ;<br> NH2O:aerosol_sol = "ON" ;<br> NH2O:aerosol_hetice = "OFF" ;<br> NH2O:hori_diff = "OFF" ;<br> NH2O:relaxation = "FULL" ;<br> NH2O:mmd_init = "OFF" ;<br> NH2O:tag_reg_idt = "102" ;<br> NH2O:tag_specific = "0" ;<br> NH2O:initial\ type = "FILE" ;<br> NH2O:lateral_bounds = "FILE" ;<br> NH2O:damping = "ON" ;<br> NH2O:grib\ table\ num = "-1" ;<br> NH2O:grib\ param\ num = "-1" ;<br> NH2O:mtskip = "OFF" ;<br> NH2O:bot_bound_cond = "ZERO FLUX" ;<br> NH2O:SPPT = "OFF" ;<br> NH2O:blockphy = "OFF" ;<br> NH2O:feedback = "ON" ;<br> NH2O:molarmass = 32.03f ;<br> NH2O:Henry_T0 = -9.99999f ;<br> NH2O:Henry_Tdep = -9.99999f ;<br> NH2O:Sechenov = 9.99999f ;<br> NH2O:alpha_T0 = 0.1f ;<br> NH2O:alpha_Tdep = 0.f ;<br> NH2O:K_acid = 9.99999f ;<br> NH2O:K_acid2 = 9.99999f ;<br> NH2O:Vmol_bp = 9.99999f ;<br> NH2O:psat = 9.99999f ;<br> NH2O:psat_Tdep = 9.99999f ;<br> NH2O:pss = -9.99999f ;<br> NH2O:dryreac_sf = 0.f ;<br> NH2O:aerosol_density = 1000.f ;<br> NH2O:vini = 0.f ;<br> NH2O:casrn = "?" ;<br> NH2O:aerosol_model = "" ;<br> NH2O:REFERENCE_TO = "tracer_gp: NH2O" ;<br> NH2O:coordinates = "lon lat" ;<br> NH2O:cell_methods = "time: point" ;<br> float NH2O_ave(time, lev, lat, lon) ;<br> NH2O_ave:long_name = "" ;<br> NH2O_ave:standard_name = "" ;<br> NH2O_ave:units = "mol/mol" ;<br> NH2O_ave:submodel = "mecca" ;<br> NH2O_ave:index = 102 ;<br> NH2O_ave:medium = "AIR" ;<br> NH2O_ave:quantity = "AMOUNTFRACTION" ;<br> NH2O_ave:type = "SINGLE" ;<br> NH2O_ave:number_of_timelevels = -1 ;<br> NH2O_ave:charge = "UNDEFINED" ;<br> NH2O_ave:advect = "ON" ;<br> NH2O_ave:convect = "ON" ;<br> NH2O_ave:vdiff = "ON" ;<br> NH2O_ave:drydep = "OFF" ;<br> NH2O_ave:sedi = "OFF" ;<br> NH2O_ave:scav = "ON" ;<br> NH2O_ave:mix = "ON" ;<br> NH2O_ave:force_col = "OFF" ;<br> NH2O_ave:integrate = "ON" ;<br> NH2O_ave:timefilter = "ON" ;<br> NH2O_ave:force_init = "OFF" ;<br> NH2O_ave:aerosol_method = "MODAL" ;<br> NH2O_ave:aerosol_mode = "0" ;<br> NH2O_ave:aerosol_sol = "ON" ;<br> NH2O_ave:aerosol_hetice = "OFF" ;<br> NH2O_ave:hori_diff = "OFF" ;<br> NH2O_ave:relaxation = "FULL" ;<br> NH2O_ave:mmd_init = "OFF" ;<br> NH2O_ave:tag_reg_idt = "102" ;<br> NH2O_ave:tag_specific = "0" ;<br> NH2O_ave:initial\ type = "FILE" ;<br> NH2O_ave:lateral_bounds = "FILE" ;<br> NH2O_ave:damping = "ON" ;<br> NH2O_ave:grib\ table\ num = "-1" ;<br> NH2O_ave:grib\ param\ num = "-1" ;<br> NH2O_ave:mtskip = "OFF" ;<br> NH2O_ave:bot_bound_cond = "ZERO FLUX" ;<br> NH2O_ave:SPPT = "OFF" ;<br> NH2O_ave:blockphy = "OFF" ;<br> NH2O_ave:feedback = "ON" ;<br> NH2O_ave:molarmass = 32.03f ;<br> NH2O_ave:Henry_T0 = -9.99999f ;<br> NH2O_ave:Henry_Tdep = -9.99999f ;<br> NH2O_ave:Sechenov = 9.99999f ;<br> NH2O_ave:alpha_T0 = 0.1f ;<br> NH2O_ave:alpha_Tdep = 0.f ;<br> NH2O_ave:K_acid = 9.99999f ;<br> NH2O_ave:K_acid2 = 9.99999f ;<br> NH2O_ave:Vmol_bp = 9.99999f ;<br> NH2O_ave:psat = 9.99999f ;<br> NH2O_ave:psat_Tdep = 9.99999f ;<br> NH2O_ave:pss = -9.99999f ;<br> NH2O_ave:dryreac_sf = 0.f ;<br> NH2O_ave:aerosol_density = 1000.f ;<br> NH2O_ave:vini = 0.f ;<br> NH2O_ave:casrn = "?" ;<br> NH2O_ave:aerosol_model = "" ;<br> NH2O_ave:REFERENCE_TO = "tracer_gp: NH2O" ;<br> NH2O_ave:coordinates = "lon lat" ;<br> NH2O_ave:cell_methods = "time: mean" ;<br> float HNO(time, lev, lat, lon) ;<br> HNO:long_name = "" ;<br> HNO:standard_name = "" ;<br> HNO:units = "mol/mol" ;<br> HNO:submodel = "mecca" ;<br> HNO:index = 104 ;<br> HNO:medium = "AIR" ;<br> HNO:quantity = "AMOUNTFRACTION" ;<br> HNO:type = "SINGLE" ;<br> HNO:number_of_timelevels = -1 ;<br> HNO:charge = "UNDEFINED" ;<br> HNO:advect = "ON" ;<br> HNO:convect = "ON" ;<br> HNO:vdiff = "ON" ;<br> HNO:drydep = "OFF" ;<br> HNO:sedi = "OFF" ;<br> HNO:scav = "ON" ;<br> HNO:mix = "ON" ;<br> HNO:force_col = "OFF" ;<br> HNO:integrate = "ON" ;<br> HNO:timefilter = "ON" ;<br> HNO:force_init = "OFF" ;<br> HNO:aerosol_method = "MODAL" ;<br> HNO:aerosol_mode = "0" ;<br> HNO:aerosol_sol = "ON" ;<br> HNO:aerosol_hetice = "OFF" ;<br> HNO:hori_diff = "OFF" ;<br> HNO:relaxation = "FULL" ;<br> HNO:mmd_init = "OFF" ;<br> HNO:tag_reg_idt = "104" ;<br> HNO:tag_specific = "0" ;<br> HNO:initial\ type = "FILE" ;<br> HNO:lateral_bounds = "FILE" ;<br> HNO:damping = "ON" ;<br> HNO:grib\ table\ num = "-1" ;<br> HNO:grib\ param\ num = "-1" ;<br> HNO:mtskip = "OFF" ;<br> HNO:bot_bound_cond = "ZERO FLUX" ;<br> HNO:SPPT = "OFF" ;<br> HNO:blockphy = "OFF" ;<br> HNO:feedback = "ON" ;<br> HNO:molarmass = 31.02f ;<br> HNO:Henry_T0 = -9.99999f ;<br> HNO:Henry_Tdep = -9.99999f ;<br> HNO:Sechenov = 9.99999f ;<br> HNO:alpha_T0 = 0.1f ;<br> HNO:alpha_Tdep = 0.f ;<br> HNO:K_acid = 9.99999f ;<br> HNO:K_acid2 = 9.99999f ;<br> HNO:Vmol_bp = 9.99999f ;<br> HNO:psat = 9.99999f ;<br> HNO:psat_Tdep = 9.99999f ;<br> HNO:pss = -9.99999f ;<br> HNO:dryreac_sf = 0.f ;<br> HNO:aerosol_density = 1000.f ;<br> HNO:vini = 0.f ;<br> HNO:casrn = "14332-28-6" ;<br> HNO:aerosol_model = "" ;<br> HNO:REFERENCE_TO = "tracer_gp: HNO" ;<br> HNO:coordinates = "lon lat" ;<br> HNO:cell_methods = "time: point" ;<br> float HNO_ave(time, lev, lat, lon) ;<br> HNO_ave:long_name = "" ;<br> HNO_ave:standard_name = "" ;<br> HNO_ave:units = "mol/mol" ;<br> HNO_ave:submodel = "mecca" ;<br> HNO_ave:index = 104 ;<br> HNO_ave:medium = "AIR" ;<br> HNO_ave:quantity = "AMOUNTFRACTION" ;<br> HNO_ave:type = "SINGLE" ;<br> HNO_ave:number_of_timelevels = -1 ;<br> HNO_ave:charge = "UNDEFINED" ;<br> HNO_ave:advect = "ON" ;<br> HNO_ave:convect = "ON" ;<br> HNO_ave:vdiff = "ON" ;<br> HNO_ave:drydep = "OFF" ;<br> HNO_ave:sedi = "OFF" ;<br> HNO_ave:scav = "ON" ;<br> HNO_ave:mix = "ON" ;<br> HNO_ave:force_col = "OFF" ;<br> HNO_ave:integrate = "ON" ;<br> HNO_ave:timefilter = "ON" ;<br> HNO_ave:force_init = "OFF" ;<br> HNO_ave:aerosol_method = "MODAL" ;<br> HNO_ave:aerosol_mode = "0" ;<br> HNO_ave:aerosol_sol = "ON" ;<br> HNO_ave:aerosol_hetice = "OFF" ;<br> HNO_ave:hori_diff = "OFF" ;<br> HNO_ave:relaxation = "FULL" ;<br> HNO_ave:mmd_init = "OFF" ;<br> HNO_ave:tag_reg_idt = "104" ;<br> HNO_ave:tag_specific = "0" ;<br> HNO_ave:initial\ type = "FILE" ;<br> HNO_ave:lateral_bounds = "FILE" ;<br> HNO_ave:damping = "ON" ;<br> HNO_ave:grib\ table\ num = "-1" ;<br> HNO_ave:grib\ param\ num = "-1" ;<br> HNO_ave:mtskip = "OFF" ;<br> HNO_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO_ave:SPPT = "OFF" ;<br> HNO_ave:blockphy = "OFF" ;<br> HNO_ave:feedback = "ON" ;<br> HNO_ave:molarmass = 31.02f ;<br> HNO_ave:Henry_T0 = -9.99999f ;<br> HNO_ave:Henry_Tdep = -9.99999f ;<br> HNO_ave:Sechenov = 9.99999f ;<br> HNO_ave:alpha_T0 = 0.1f ;<br> HNO_ave:alpha_Tdep = 0.f ;<br> HNO_ave:K_acid = 9.99999f ;<br> HNO_ave:K_acid2 = 9.99999f ;<br> HNO_ave:Vmol_bp = 9.99999f ;<br> HNO_ave:psat = 9.99999f ;<br> HNO_ave:psat_Tdep = 9.99999f ;<br> HNO_ave:pss = -9.99999f ;<br> HNO_ave:dryreac_sf = 0.f ;<br> HNO_ave:aerosol_density = 1000.f ;<br> HNO_ave:vini = 0.f ;<br> HNO_ave:casrn = "14332-28-6" ;<br> HNO_ave:aerosol_model = "" ;<br> HNO_ave:REFERENCE_TO = "tracer_gp: HNO" ;<br> HNO_ave:coordinates = "lon lat" ;<br> HNO_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize1(time, lev, lat, lon) ;<br> HNO3_natsize1:long_name = "NAT in sizebin 1, HNO3 molar mixing ratio" ;<br> HNO3_natsize1:standard_name = "" ;<br> HNO3_natsize1:units = "mol/mol" ;<br> HNO3_natsize1:submodel = "msbm" ;<br> HNO3_natsize1:index = 166 ;<br> HNO3_natsize1:medium = "AEROSOL" ;<br> HNO3_natsize1:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize1:type = "SINGLE" ;<br> HNO3_natsize1:number_of_timelevels = -1 ;<br> HNO3_natsize1:charge = "UNDEFINED" ;<br> HNO3_natsize1:advect = "ON" ;<br> HNO3_natsize1:convect = "ON" ;<br> HNO3_natsize1:vdiff = "ON" ;<br> HNO3_natsize1:drydep = "OFF" ;<br> HNO3_natsize1:sedi = "OFF" ;<br> HNO3_natsize1:scav = "OFF" ;<br> HNO3_natsize1:mix = "ON" ;<br> HNO3_natsize1:force_col = "OFF" ;<br> HNO3_natsize1:integrate = "ON" ;<br> HNO3_natsize1:timefilter = "ON" ;<br> HNO3_natsize1:force_init = "OFF" ;<br> HNO3_natsize1:aerosol_method = "MODAL" ;<br> HNO3_natsize1:aerosol_mode = "0" ;<br> HNO3_natsize1:aerosol_sol = "ON" ;<br> HNO3_natsize1:aerosol_hetice = "OFF" ;<br> HNO3_natsize1:hori_diff = "OFF" ;<br> HNO3_natsize1:relaxation = "FULL" ;<br> HNO3_natsize1:mmd_init = "OFF" ;<br> HNO3_natsize1:tag_reg_idt = "166" ;<br> HNO3_natsize1:tag_specific = "0" ;<br> HNO3_natsize1:initial\ type = "FILE" ;<br> HNO3_natsize1:lateral_bounds = "FILE" ;<br> HNO3_natsize1:damping = "ON" ;<br> HNO3_natsize1:grib\ table\ num = "-1" ;<br> HNO3_natsize1:grib\ param\ num = "-1" ;<br> HNO3_natsize1:mtskip = "OFF" ;<br> HNO3_natsize1:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize1:SPPT = "OFF" ;<br> HNO3_natsize1:blockphy = "OFF" ;<br> HNO3_natsize1:feedback = "ON" ;<br> HNO3_natsize1:molarmass = 63.02f ;<br> HNO3_natsize1:Henry_T0 = 163333.3f ;<br> HNO3_natsize1:Henry_Tdep = 8694.f ;<br> HNO3_natsize1:Sechenov = 9.99999f ;<br> HNO3_natsize1:alpha_T0 = 0.5f ;<br> HNO3_natsize1:alpha_Tdep = 0.f ;<br> HNO3_natsize1:K_acid = 15.4f ;<br> HNO3_natsize1:K_acid2 = 9.99999f ;<br> HNO3_natsize1:Vmol_bp = 9.99999f ;<br> HNO3_natsize1:psat = 9.99999f ;<br> HNO3_natsize1:psat_Tdep = 9.99999f ;<br> HNO3_natsize1:pss = 1.f ;<br> HNO3_natsize1:dryreac_sf = 1.f ;<br> HNO3_natsize1:aerosol_density = 1000.f ;<br> HNO3_natsize1:vini = 0.f ;<br> HNO3_natsize1:casrn = "7697-37-2" ;<br> HNO3_natsize1:aerosol_model = "" ;<br> HNO3_natsize1:REFERENCE_TO = "tracer_gp: HNO3_natsize1" ;<br> HNO3_natsize1:coordinates = "lon lat" ;<br> HNO3_natsize1:cell_methods = "time: point" ;<br> float HNO3_natsize1_ave(time, lev, lat, lon) ;<br> HNO3_natsize1_ave:long_name = "NAT in sizebin 1, HNO3 molar mixing ratio" ;<br> HNO3_natsize1_ave:standard_name = "" ;<br> HNO3_natsize1_ave:units = "mol/mol" ;<br> HNO3_natsize1_ave:submodel = "msbm" ;<br> HNO3_natsize1_ave:index = 166 ;<br> HNO3_natsize1_ave:medium = "AEROSOL" ;<br> HNO3_natsize1_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize1_ave:type = "SINGLE" ;<br> HNO3_natsize1_ave:number_of_timelevels = -1 ;<br> HNO3_natsize1_ave:charge = "UNDEFINED" ;<br> HNO3_natsize1_ave:advect = "ON" ;<br> HNO3_natsize1_ave:convect = "ON" ;<br> HNO3_natsize1_ave:vdiff = "ON" ;<br> HNO3_natsize1_ave:drydep = "OFF" ;<br> HNO3_natsize1_ave:sedi = "OFF" ;<br> HNO3_natsize1_ave:scav = "OFF" ;<br> HNO3_natsize1_ave:mix = "ON" ;<br> HNO3_natsize1_ave:force_col = "OFF" ;<br> HNO3_natsize1_ave:integrate = "ON" ;<br> HNO3_natsize1_ave:timefilter = "ON" ;<br> HNO3_natsize1_ave:force_init = "OFF" ;<br> HNO3_natsize1_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize1_ave:aerosol_mode = "0" ;<br> HNO3_natsize1_ave:aerosol_sol = "ON" ;<br> HNO3_natsize1_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize1_ave:hori_diff = "OFF" ;<br> HNO3_natsize1_ave:relaxation = "FULL" ;<br> HNO3_natsize1_ave:mmd_init = "OFF" ;<br> HNO3_natsize1_ave:tag_reg_idt = "166" ;<br> HNO3_natsize1_ave:tag_specific = "0" ;<br> HNO3_natsize1_ave:initial\ type = "FILE" ;<br> HNO3_natsize1_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize1_ave:damping = "ON" ;<br> HNO3_natsize1_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize1_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize1_ave:mtskip = "OFF" ;<br> HNO3_natsize1_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize1_ave:SPPT = "OFF" ;<br> HNO3_natsize1_ave:blockphy = "OFF" ;<br> HNO3_natsize1_ave:feedback = "ON" ;<br> HNO3_natsize1_ave:molarmass = 63.02f ;<br> HNO3_natsize1_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize1_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize1_ave:Sechenov = 9.99999f ;<br> HNO3_natsize1_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize1_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize1_ave:K_acid = 15.4f ;<br> HNO3_natsize1_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize1_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize1_ave:psat = 9.99999f ;<br> HNO3_natsize1_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize1_ave:pss = 1.f ;<br> HNO3_natsize1_ave:dryreac_sf = 1.f ;<br> HNO3_natsize1_ave:aerosol_density = 1000.f ;<br> HNO3_natsize1_ave:vini = 0.f ;<br> HNO3_natsize1_ave:casrn = "7697-37-2" ;<br> HNO3_natsize1_ave:aerosol_model = "" ;<br> HNO3_natsize1_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize1" ;<br> HNO3_natsize1_ave:coordinates = "lon lat" ;<br> HNO3_natsize1_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize2(time, lev, lat, lon) ;<br> HNO3_natsize2:long_name = "NAT in sizebin 2, HNO3 molar mixing ratio" ;<br> HNO3_natsize2:standard_name = "" ;<br> HNO3_natsize2:units = "mol/mol" ;<br> HNO3_natsize2:submodel = "msbm" ;<br> HNO3_natsize2:index = 167 ;<br> HNO3_natsize2:medium = "AEROSOL" ;<br> HNO3_natsize2:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize2:type = "SINGLE" ;<br> HNO3_natsize2:number_of_timelevels = -1 ;<br> HNO3_natsize2:charge = "UNDEFINED" ;<br> HNO3_natsize2:advect = "ON" ;<br> HNO3_natsize2:convect = "ON" ;<br> HNO3_natsize2:vdiff = "ON" ;<br> HNO3_natsize2:drydep = "OFF" ;<br> HNO3_natsize2:sedi = "OFF" ;<br> HNO3_natsize2:scav = "OFF" ;<br> HNO3_natsize2:mix = "ON" ;<br> HNO3_natsize2:force_col = "OFF" ;<br> HNO3_natsize2:integrate = "ON" ;<br> HNO3_natsize2:timefilter = "ON" ;<br> HNO3_natsize2:force_init = "OFF" ;<br> HNO3_natsize2:aerosol_method = "MODAL" ;<br> HNO3_natsize2:aerosol_mode = "0" ;<br> HNO3_natsize2:aerosol_sol = "ON" ;<br> HNO3_natsize2:aerosol_hetice = "OFF" ;<br> HNO3_natsize2:hori_diff = "OFF" ;<br> HNO3_natsize2:relaxation = "FULL" ;<br> HNO3_natsize2:mmd_init = "OFF" ;<br> HNO3_natsize2:tag_reg_idt = "167" ;<br> HNO3_natsize2:tag_specific = "0" ;<br> HNO3_natsize2:initial\ type = "FILE" ;<br> HNO3_natsize2:lateral_bounds = "FILE" ;<br> HNO3_natsize2:damping = "ON" ;<br> HNO3_natsize2:grib\ table\ num = "-1" ;<br> HNO3_natsize2:grib\ param\ num = "-1" ;<br> HNO3_natsize2:mtskip = "OFF" ;<br> HNO3_natsize2:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize2:SPPT = "OFF" ;<br> HNO3_natsize2:blockphy = "OFF" ;<br> HNO3_natsize2:feedback = "ON" ;<br> HNO3_natsize2:molarmass = 63.02f ;<br> HNO3_natsize2:Henry_T0 = 163333.3f ;<br> HNO3_natsize2:Henry_Tdep = 8694.f ;<br> HNO3_natsize2:Sechenov = 9.99999f ;<br> HNO3_natsize2:alpha_T0 = 0.5f ;<br> HNO3_natsize2:alpha_Tdep = 0.f ;<br> HNO3_natsize2:K_acid = 15.4f ;<br> HNO3_natsize2:K_acid2 = 9.99999f ;<br> HNO3_natsize2:Vmol_bp = 9.99999f ;<br> HNO3_natsize2:psat = 9.99999f ;<br> HNO3_natsize2:psat_Tdep = 9.99999f ;<br> HNO3_natsize2:pss = 1.f ;<br> HNO3_natsize2:dryreac_sf = 1.f ;<br> HNO3_natsize2:aerosol_density = 1000.f ;<br> HNO3_natsize2:vini = 0.f ;<br> HNO3_natsize2:casrn = "7697-37-2" ;<br> HNO3_natsize2:aerosol_model = "" ;<br> HNO3_natsize2:REFERENCE_TO = "tracer_gp: HNO3_natsize2" ;<br> HNO3_natsize2:coordinates = "lon lat" ;<br> HNO3_natsize2:cell_methods = "time: point" ;<br> float HNO3_natsize2_ave(time, lev, lat, lon) ;<br> HNO3_natsize2_ave:long_name = "NAT in sizebin 2, HNO3 molar mixing ratio" ;<br> HNO3_natsize2_ave:standard_name = "" ;<br> HNO3_natsize2_ave:units = "mol/mol" ;<br> HNO3_natsize2_ave:submodel = "msbm" ;<br> HNO3_natsize2_ave:index = 167 ;<br> HNO3_natsize2_ave:medium = "AEROSOL" ;<br> HNO3_natsize2_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize2_ave:type = "SINGLE" ;<br> HNO3_natsize2_ave:number_of_timelevels = -1 ;<br> HNO3_natsize2_ave:charge = "UNDEFINED" ;<br> HNO3_natsize2_ave:advect = "ON" ;<br> HNO3_natsize2_ave:convect = "ON" ;<br> HNO3_natsize2_ave:vdiff = "ON" ;<br> HNO3_natsize2_ave:drydep = "OFF" ;<br> HNO3_natsize2_ave:sedi = "OFF" ;<br> HNO3_natsize2_ave:scav = "OFF" ;<br> HNO3_natsize2_ave:mix = "ON" ;<br> HNO3_natsize2_ave:force_col = "OFF" ;<br> HNO3_natsize2_ave:integrate = "ON" ;<br> HNO3_natsize2_ave:timefilter = "ON" ;<br> HNO3_natsize2_ave:force_init = "OFF" ;<br> HNO3_natsize2_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize2_ave:aerosol_mode = "0" ;<br> HNO3_natsize2_ave:aerosol_sol = "ON" ;<br> HNO3_natsize2_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize2_ave:hori_diff = "OFF" ;<br> HNO3_natsize2_ave:relaxation = "FULL" ;<br> HNO3_natsize2_ave:mmd_init = "OFF" ;<br> HNO3_natsize2_ave:tag_reg_idt = "167" ;<br> HNO3_natsize2_ave:tag_specific = "0" ;<br> HNO3_natsize2_ave:initial\ type = "FILE" ;<br> HNO3_natsize2_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize2_ave:damping = "ON" ;<br> HNO3_natsize2_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize2_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize2_ave:mtskip = "OFF" ;<br> HNO3_natsize2_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize2_ave:SPPT = "OFF" ;<br> HNO3_natsize2_ave:blockphy = "OFF" ;<br> HNO3_natsize2_ave:feedback = "ON" ;<br> HNO3_natsize2_ave:molarmass = 63.02f ;<br> HNO3_natsize2_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize2_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize2_ave:Sechenov = 9.99999f ;<br> HNO3_natsize2_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize2_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize2_ave:K_acid = 15.4f ;<br> HNO3_natsize2_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize2_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize2_ave:psat = 9.99999f ;<br> HNO3_natsize2_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize2_ave:pss = 1.f ;<br> HNO3_natsize2_ave:dryreac_sf = 1.f ;<br> HNO3_natsize2_ave:aerosol_density = 1000.f ;<br> HNO3_natsize2_ave:vini = 0.f ;<br> HNO3_natsize2_ave:casrn = "7697-37-2" ;<br> HNO3_natsize2_ave:aerosol_model = "" ;<br> HNO3_natsize2_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize2" ;<br> HNO3_natsize2_ave:coordinates = "lon lat" ;<br> HNO3_natsize2_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize3(time, lev, lat, lon) ;<br> HNO3_natsize3:long_name = "NAT in sizebin 3, HNO3 molar mixing ratio" ;<br> HNO3_natsize3:standard_name = "" ;<br> HNO3_natsize3:units = "mol/mol" ;<br> HNO3_natsize3:submodel = "msbm" ;<br> HNO3_natsize3:index = 168 ;<br> HNO3_natsize3:medium = "AEROSOL" ;<br> HNO3_natsize3:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize3:type = "SINGLE" ;<br> HNO3_natsize3:number_of_timelevels = -1 ;<br> HNO3_natsize3:charge = "UNDEFINED" ;<br> HNO3_natsize3:advect = "ON" ;<br> HNO3_natsize3:convect = "ON" ;<br> HNO3_natsize3:vdiff = "ON" ;<br> HNO3_natsize3:drydep = "OFF" ;<br> HNO3_natsize3:sedi = "OFF" ;<br> HNO3_natsize3:scav = "OFF" ;<br> HNO3_natsize3:mix = "ON" ;<br> HNO3_natsize3:force_col = "OFF" ;<br> HNO3_natsize3:integrate = "ON" ;<br> HNO3_natsize3:timefilter = "ON" ;<br> HNO3_natsize3:force_init = "OFF" ;<br> HNO3_natsize3:aerosol_method = "MODAL" ;<br> HNO3_natsize3:aerosol_mode = "0" ;<br> HNO3_natsize3:aerosol_sol = "ON" ;<br> HNO3_natsize3:aerosol_hetice = "OFF" ;<br> HNO3_natsize3:hori_diff = "OFF" ;<br> HNO3_natsize3:relaxation = "FULL" ;<br> HNO3_natsize3:mmd_init = "OFF" ;<br> HNO3_natsize3:tag_reg_idt = "168" ;<br> HNO3_natsize3:tag_specific = "0" ;<br> HNO3_natsize3:initial\ type = "FILE" ;<br> HNO3_natsize3:lateral_bounds = "FILE" ;<br> HNO3_natsize3:damping = "ON" ;<br> HNO3_natsize3:grib\ table\ num = "-1" ;<br> HNO3_natsize3:grib\ param\ num = "-1" ;<br> HNO3_natsize3:mtskip = "OFF" ;<br> HNO3_natsize3:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize3:SPPT = "OFF" ;<br> HNO3_natsize3:blockphy = "OFF" ;<br> HNO3_natsize3:feedback = "ON" ;<br> HNO3_natsize3:molarmass = 63.02f ;<br> HNO3_natsize3:Henry_T0 = 163333.3f ;<br> HNO3_natsize3:Henry_Tdep = 8694.f ;<br> HNO3_natsize3:Sechenov = 9.99999f ;<br> HNO3_natsize3:alpha_T0 = 0.5f ;<br> HNO3_natsize3:alpha_Tdep = 0.f ;<br> HNO3_natsize3:K_acid = 15.4f ;<br> HNO3_natsize3:K_acid2 = 9.99999f ;<br> HNO3_natsize3:Vmol_bp = 9.99999f ;<br> HNO3_natsize3:psat = 9.99999f ;<br> HNO3_natsize3:psat_Tdep = 9.99999f ;<br> HNO3_natsize3:pss = 1.f ;<br> HNO3_natsize3:dryreac_sf = 1.f ;<br> HNO3_natsize3:aerosol_density = 1000.f ;<br> HNO3_natsize3:vini = 0.f ;<br> HNO3_natsize3:casrn = "7697-37-2" ;<br> HNO3_natsize3:aerosol_model = "" ;<br> HNO3_natsize3:REFERENCE_TO = "tracer_gp: HNO3_natsize3" ;<br> HNO3_natsize3:coordinates = "lon lat" ;<br> HNO3_natsize3:cell_methods = "time: point" ;<br> float HNO3_natsize3_ave(time, lev, lat, lon) ;<br> HNO3_natsize3_ave:long_name = "NAT in sizebin 3, HNO3 molar mixing ratio" ;<br> HNO3_natsize3_ave:standard_name = "" ;<br> HNO3_natsize3_ave:units = "mol/mol" ;<br> HNO3_natsize3_ave:submodel = "msbm" ;<br> HNO3_natsize3_ave:index = 168 ;<br> HNO3_natsize3_ave:medium = "AEROSOL" ;<br> HNO3_natsize3_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize3_ave:type = "SINGLE" ;<br> HNO3_natsize3_ave:number_of_timelevels = -1 ;<br> HNO3_natsize3_ave:charge = "UNDEFINED" ;<br> HNO3_natsize3_ave:advect = "ON" ;<br> HNO3_natsize3_ave:convect = "ON" ;<br> HNO3_natsize3_ave:vdiff = "ON" ;<br> HNO3_natsize3_ave:drydep = "OFF" ;<br> HNO3_natsize3_ave:sedi = "OFF" ;<br> HNO3_natsize3_ave:scav = "OFF" ;<br> HNO3_natsize3_ave:mix = "ON" ;<br> HNO3_natsize3_ave:force_col = "OFF" ;<br> HNO3_natsize3_ave:integrate = "ON" ;<br> HNO3_natsize3_ave:timefilter = "ON" ;<br> HNO3_natsize3_ave:force_init = "OFF" ;<br> HNO3_natsize3_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize3_ave:aerosol_mode = "0" ;<br> HNO3_natsize3_ave:aerosol_sol = "ON" ;<br> HNO3_natsize3_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize3_ave:hori_diff = "OFF" ;<br> HNO3_natsize3_ave:relaxation = "FULL" ;<br> HNO3_natsize3_ave:mmd_init = "OFF" ;<br> HNO3_natsize3_ave:tag_reg_idt = "168" ;<br> HNO3_natsize3_ave:tag_specific = "0" ;<br> HNO3_natsize3_ave:initial\ type = "FILE" ;<br> HNO3_natsize3_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize3_ave:damping = "ON" ;<br> HNO3_natsize3_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize3_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize3_ave:mtskip = "OFF" ;<br> HNO3_natsize3_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize3_ave:SPPT = "OFF" ;<br> HNO3_natsize3_ave:blockphy = "OFF" ;<br> HNO3_natsize3_ave:feedback = "ON" ;<br> HNO3_natsize3_ave:molarmass = 63.02f ;<br> HNO3_natsize3_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize3_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize3_ave:Sechenov = 9.99999f ;<br> HNO3_natsize3_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize3_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize3_ave:K_acid = 15.4f ;<br> HNO3_natsize3_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize3_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize3_ave:psat = 9.99999f ;<br> HNO3_natsize3_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize3_ave:pss = 1.f ;<br> HNO3_natsize3_ave:dryreac_sf = 1.f ;<br> HNO3_natsize3_ave:aerosol_density = 1000.f ;<br> HNO3_natsize3_ave:vini = 0.f ;<br> HNO3_natsize3_ave:casrn = "7697-37-2" ;<br> HNO3_natsize3_ave:aerosol_model = "" ;<br> HNO3_natsize3_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize3" ;<br> HNO3_natsize3_ave:coordinates = "lon lat" ;<br> HNO3_natsize3_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize4(time, lev, lat, lon) ;<br> HNO3_natsize4:long_name = "NAT in sizebin 4, HNO3 molar mixing ratio" ;<br> HNO3_natsize4:standard_name = "" ;<br> HNO3_natsize4:units = "mol/mol" ;<br> HNO3_natsize4:submodel = "msbm" ;<br> HNO3_natsize4:index = 169 ;<br> HNO3_natsize4:medium = "AEROSOL" ;<br> HNO3_natsize4:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize4:type = "SINGLE" ;<br> HNO3_natsize4:number_of_timelevels = -1 ;<br> HNO3_natsize4:charge = "UNDEFINED" ;<br> HNO3_natsize4:advect = "ON" ;<br> HNO3_natsize4:convect = "ON" ;<br> HNO3_natsize4:vdiff = "ON" ;<br> HNO3_natsize4:drydep = "OFF" ;<br> HNO3_natsize4:sedi = "OFF" ;<br> HNO3_natsize4:scav = "OFF" ;<br> HNO3_natsize4:mix = "ON" ;<br> HNO3_natsize4:force_col = "OFF" ;<br> HNO3_natsize4:integrate = "ON" ;<br> HNO3_natsize4:timefilter = "ON" ;<br> HNO3_natsize4:force_init = "OFF" ;<br> HNO3_natsize4:aerosol_method = "MODAL" ;<br> HNO3_natsize4:aerosol_mode = "0" ;<br> HNO3_natsize4:aerosol_sol = "ON" ;<br> HNO3_natsize4:aerosol_hetice = "OFF" ;<br> HNO3_natsize4:hori_diff = "OFF" ;<br> HNO3_natsize4:relaxation = "FULL" ;<br> HNO3_natsize4:mmd_init = "OFF" ;<br> HNO3_natsize4:tag_reg_idt = "169" ;<br> HNO3_natsize4:tag_specific = "0" ;<br> HNO3_natsize4:initial\ type = "FILE" ;<br> HNO3_natsize4:lateral_bounds = "FILE" ;<br> HNO3_natsize4:damping = "ON" ;<br> HNO3_natsize4:grib\ table\ num = "-1" ;<br> HNO3_natsize4:grib\ param\ num = "-1" ;<br> HNO3_natsize4:mtskip = "OFF" ;<br> HNO3_natsize4:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize4:SPPT = "OFF" ;<br> HNO3_natsize4:blockphy = "OFF" ;<br> HNO3_natsize4:feedback = "ON" ;<br> HNO3_natsize4:molarmass = 63.02f ;<br> HNO3_natsize4:Henry_T0 = 163333.3f ;<br> HNO3_natsize4:Henry_Tdep = 8694.f ;<br> HNO3_natsize4:Sechenov = 9.99999f ;<br> HNO3_natsize4:alpha_T0 = 0.5f ;<br> HNO3_natsize4:alpha_Tdep = 0.f ;<br> HNO3_natsize4:K_acid = 15.4f ;<br> HNO3_natsize4:K_acid2 = 9.99999f ;<br> HNO3_natsize4:Vmol_bp = 9.99999f ;<br> HNO3_natsize4:psat = 9.99999f ;<br> HNO3_natsize4:psat_Tdep = 9.99999f ;<br> HNO3_natsize4:pss = 1.f ;<br> HNO3_natsize4:dryreac_sf = 1.f ;<br> HNO3_natsize4:aerosol_density = 1000.f ;<br> HNO3_natsize4:vini = 0.f ;<br> HNO3_natsize4:casrn = "7697-37-2" ;<br> HNO3_natsize4:aerosol_model = "" ;<br> HNO3_natsize4:REFERENCE_TO = "tracer_gp: HNO3_natsize4" ;<br> HNO3_natsize4:coordinates = "lon lat" ;<br> HNO3_natsize4:cell_methods = "time: point" ;<br> float HNO3_natsize4_ave(time, lev, lat, lon) ;<br> HNO3_natsize4_ave:long_name = "NAT in sizebin 4, HNO3 molar mixing ratio" ;<br> HNO3_natsize4_ave:standard_name = "" ;<br> HNO3_natsize4_ave:units = "mol/mol" ;<br> HNO3_natsize4_ave:submodel = "msbm" ;<br> HNO3_natsize4_ave:index = 169 ;<br> HNO3_natsize4_ave:medium = "AEROSOL" ;<br> HNO3_natsize4_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize4_ave:type = "SINGLE" ;<br> HNO3_natsize4_ave:number_of_timelevels = -1 ;<br> HNO3_natsize4_ave:charge = "UNDEFINED" ;<br> HNO3_natsize4_ave:advect = "ON" ;<br> HNO3_natsize4_ave:convect = "ON" ;<br> HNO3_natsize4_ave:vdiff = "ON" ;<br> HNO3_natsize4_ave:drydep = "OFF" ;<br> HNO3_natsize4_ave:sedi = "OFF" ;<br> HNO3_natsize4_ave:scav = "OFF" ;<br> HNO3_natsize4_ave:mix = "ON" ;<br> HNO3_natsize4_ave:force_col = "OFF" ;<br> HNO3_natsize4_ave:integrate = "ON" ;<br> HNO3_natsize4_ave:timefilter = "ON" ;<br> HNO3_natsize4_ave:force_init = "OFF" ;<br> HNO3_natsize4_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize4_ave:aerosol_mode = "0" ;<br> HNO3_natsize4_ave:aerosol_sol = "ON" ;<br> HNO3_natsize4_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize4_ave:hori_diff = "OFF" ;<br> HNO3_natsize4_ave:relaxation = "FULL" ;<br> HNO3_natsize4_ave:mmd_init = "OFF" ;<br> HNO3_natsize4_ave:tag_reg_idt = "169" ;<br> HNO3_natsize4_ave:tag_specific = "0" ;<br> HNO3_natsize4_ave:initial\ type = "FILE" ;<br> HNO3_natsize4_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize4_ave:damping = "ON" ;<br> HNO3_natsize4_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize4_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize4_ave:mtskip = "OFF" ;<br> HNO3_natsize4_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize4_ave:SPPT = "OFF" ;<br> HNO3_natsize4_ave:blockphy = "OFF" ;<br> HNO3_natsize4_ave:feedback = "ON" ;<br> HNO3_natsize4_ave:molarmass = 63.02f ;<br> HNO3_natsize4_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize4_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize4_ave:Sechenov = 9.99999f ;<br> HNO3_natsize4_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize4_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize4_ave:K_acid = 15.4f ;<br> HNO3_natsize4_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize4_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize4_ave:psat = 9.99999f ;<br> HNO3_natsize4_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize4_ave:pss = 1.f ;<br> HNO3_natsize4_ave:dryreac_sf = 1.f ;<br> HNO3_natsize4_ave:aerosol_density = 1000.f ;<br> HNO3_natsize4_ave:vini = 0.f ;<br> HNO3_natsize4_ave:casrn = "7697-37-2" ;<br> HNO3_natsize4_ave:aerosol_model = "" ;<br> HNO3_natsize4_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize4" ;<br> HNO3_natsize4_ave:coordinates = "lon lat" ;<br> HNO3_natsize4_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize5(time, lev, lat, lon) ;<br> HNO3_natsize5:long_name = "NAT in sizebin 5, HNO3 molar mixing ratio" ;<br> HNO3_natsize5:standard_name = "" ;<br> HNO3_natsize5:units = "mol/mol" ;<br> HNO3_natsize5:submodel = "msbm" ;<br> HNO3_natsize5:index = 170 ;<br> HNO3_natsize5:medium = "AEROSOL" ;<br> HNO3_natsize5:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize5:type = "SINGLE" ;<br> HNO3_natsize5:number_of_timelevels = -1 ;<br> HNO3_natsize5:charge = "UNDEFINED" ;<br> HNO3_natsize5:advect = "ON" ;<br> HNO3_natsize5:convect = "ON" ;<br> HNO3_natsize5:vdiff = "ON" ;<br> HNO3_natsize5:drydep = "OFF" ;<br> HNO3_natsize5:sedi = "OFF" ;<br> HNO3_natsize5:scav = "OFF" ;<br> HNO3_natsize5:mix = "ON" ;<br> HNO3_natsize5:force_col = "OFF" ;<br> HNO3_natsize5:integrate = "ON" ;<br> HNO3_natsize5:timefilter = "ON" ;<br> HNO3_natsize5:force_init = "OFF" ;<br> HNO3_natsize5:aerosol_method = "MODAL" ;<br> HNO3_natsize5:aerosol_mode = "0" ;<br> HNO3_natsize5:aerosol_sol = "ON" ;<br> HNO3_natsize5:aerosol_hetice = "OFF" ;<br> HNO3_natsize5:hori_diff = "OFF" ;<br> HNO3_natsize5:relaxation = "FULL" ;<br> HNO3_natsize5:mmd_init = "OFF" ;<br> HNO3_natsize5:tag_reg_idt = "170" ;<br> HNO3_natsize5:tag_specific = "0" ;<br> HNO3_natsize5:initial\ type = "FILE" ;<br> HNO3_natsize5:lateral_bounds = "FILE" ;<br> HNO3_natsize5:damping = "ON" ;<br> HNO3_natsize5:grib\ table\ num = "-1" ;<br> HNO3_natsize5:grib\ param\ num = "-1" ;<br> HNO3_natsize5:mtskip = "OFF" ;<br> HNO3_natsize5:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize5:SPPT = "OFF" ;<br> HNO3_natsize5:blockphy = "OFF" ;<br> HNO3_natsize5:feedback = "ON" ;<br> HNO3_natsize5:molarmass = 63.02f ;<br> HNO3_natsize5:Henry_T0 = 163333.3f ;<br> HNO3_natsize5:Henry_Tdep = 8694.f ;<br> HNO3_natsize5:Sechenov = 9.99999f ;<br> HNO3_natsize5:alpha_T0 = 0.5f ;<br> HNO3_natsize5:alpha_Tdep = 0.f ;<br> HNO3_natsize5:K_acid = 15.4f ;<br> HNO3_natsize5:K_acid2 = 9.99999f ;<br> HNO3_natsize5:Vmol_bp = 9.99999f ;<br> HNO3_natsize5:psat = 9.99999f ;<br> HNO3_natsize5:psat_Tdep = 9.99999f ;<br> HNO3_natsize5:pss = 1.f ;<br> HNO3_natsize5:dryreac_sf = 1.f ;<br> HNO3_natsize5:aerosol_density = 1000.f ;<br> HNO3_natsize5:vini = 0.f ;<br> HNO3_natsize5:casrn = "7697-37-2" ;<br> HNO3_natsize5:aerosol_model = "" ;<br> HNO3_natsize5:REFERENCE_TO = "tracer_gp: HNO3_natsize5" ;<br> HNO3_natsize5:coordinates = "lon lat" ;<br> HNO3_natsize5:cell_methods = "time: point" ;<br> float HNO3_natsize5_ave(time, lev, lat, lon) ;<br> HNO3_natsize5_ave:long_name = "NAT in sizebin 5, HNO3 molar mixing ratio" ;<br> HNO3_natsize5_ave:standard_name = "" ;<br> HNO3_natsize5_ave:units = "mol/mol" ;<br> HNO3_natsize5_ave:submodel = "msbm" ;<br> HNO3_natsize5_ave:index = 170 ;<br> HNO3_natsize5_ave:medium = "AEROSOL" ;<br> HNO3_natsize5_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize5_ave:type = "SINGLE" ;<br> HNO3_natsize5_ave:number_of_timelevels = -1 ;<br> HNO3_natsize5_ave:charge = "UNDEFINED" ;<br> HNO3_natsize5_ave:advect = "ON" ;<br> HNO3_natsize5_ave:convect = "ON" ;<br> HNO3_natsize5_ave:vdiff = "ON" ;<br> HNO3_natsize5_ave:drydep = "OFF" ;<br> HNO3_natsize5_ave:sedi = "OFF" ;<br> HNO3_natsize5_ave:scav = "OFF" ;<br> HNO3_natsize5_ave:mix = "ON" ;<br> HNO3_natsize5_ave:force_col = "OFF" ;<br> HNO3_natsize5_ave:integrate = "ON" ;<br> HNO3_natsize5_ave:timefilter = "ON" ;<br> HNO3_natsize5_ave:force_init = "OFF" ;<br> HNO3_natsize5_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize5_ave:aerosol_mode = "0" ;<br> HNO3_natsize5_ave:aerosol_sol = "ON" ;<br> HNO3_natsize5_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize5_ave:hori_diff = "OFF" ;<br> HNO3_natsize5_ave:relaxation = "FULL" ;<br> HNO3_natsize5_ave:mmd_init = "OFF" ;<br> HNO3_natsize5_ave:tag_reg_idt = "170" ;<br> HNO3_natsize5_ave:tag_specific = "0" ;<br> HNO3_natsize5_ave:initial\ type = "FILE" ;<br> HNO3_natsize5_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize5_ave:damping = "ON" ;<br> HNO3_natsize5_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize5_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize5_ave:mtskip = "OFF" ;<br> HNO3_natsize5_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize5_ave:SPPT = "OFF" ;<br> HNO3_natsize5_ave:blockphy = "OFF" ;<br> HNO3_natsize5_ave:feedback = "ON" ;<br> HNO3_natsize5_ave:molarmass = 63.02f ;<br> HNO3_natsize5_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize5_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize5_ave:Sechenov = 9.99999f ;<br> HNO3_natsize5_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize5_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize5_ave:K_acid = 15.4f ;<br> HNO3_natsize5_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize5_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize5_ave:psat = 9.99999f ;<br> HNO3_natsize5_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize5_ave:pss = 1.f ;<br> HNO3_natsize5_ave:dryreac_sf = 1.f ;<br> HNO3_natsize5_ave:aerosol_density = 1000.f ;<br> HNO3_natsize5_ave:vini = 0.f ;<br> HNO3_natsize5_ave:casrn = "7697-37-2" ;<br> HNO3_natsize5_ave:aerosol_model = "" ;<br> HNO3_natsize5_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize5" ;<br> HNO3_natsize5_ave:coordinates = "lon lat" ;<br> HNO3_natsize5_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize6(time, lev, lat, lon) ;<br> HNO3_natsize6:long_name = "NAT in sizebin 6, HNO3 molar mixing ratio" ;<br> HNO3_natsize6:standard_name = "" ;<br> HNO3_natsize6:units = "mol/mol" ;<br> HNO3_natsize6:submodel = "msbm" ;<br> HNO3_natsize6:index = 171 ;<br> HNO3_natsize6:medium = "AEROSOL" ;<br> HNO3_natsize6:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize6:type = "SINGLE" ;<br> HNO3_natsize6:number_of_timelevels = -1 ;<br> HNO3_natsize6:charge = "UNDEFINED" ;<br> HNO3_natsize6:advect = "ON" ;<br> HNO3_natsize6:convect = "ON" ;<br> HNO3_natsize6:vdiff = "ON" ;<br> HNO3_natsize6:drydep = "OFF" ;<br> HNO3_natsize6:sedi = "OFF" ;<br> HNO3_natsize6:scav = "OFF" ;<br> HNO3_natsize6:mix = "ON" ;<br> HNO3_natsize6:force_col = "OFF" ;<br> HNO3_natsize6:integrate = "ON" ;<br> HNO3_natsize6:timefilter = "ON" ;<br> HNO3_natsize6:force_init = "OFF" ;<br> HNO3_natsize6:aerosol_method = "MODAL" ;<br> HNO3_natsize6:aerosol_mode = "0" ;<br> HNO3_natsize6:aerosol_sol = "ON" ;<br> HNO3_natsize6:aerosol_hetice = "OFF" ;<br> HNO3_natsize6:hori_diff = "OFF" ;<br> HNO3_natsize6:relaxation = "FULL" ;<br> HNO3_natsize6:mmd_init = "OFF" ;<br> HNO3_natsize6:tag_reg_idt = "171" ;<br> HNO3_natsize6:tag_specific = "0" ;<br> HNO3_natsize6:initial\ type = "FILE" ;<br> HNO3_natsize6:lateral_bounds = "FILE" ;<br> HNO3_natsize6:damping = "ON" ;<br> HNO3_natsize6:grib\ table\ num = "-1" ;<br> HNO3_natsize6:grib\ param\ num = "-1" ;<br> HNO3_natsize6:mtskip = "OFF" ;<br> HNO3_natsize6:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize6:SPPT = "OFF" ;<br> HNO3_natsize6:blockphy = "OFF" ;<br> HNO3_natsize6:feedback = "ON" ;<br> HNO3_natsize6:molarmass = 63.02f ;<br> HNO3_natsize6:Henry_T0 = 163333.3f ;<br> HNO3_natsize6:Henry_Tdep = 8694.f ;<br> HNO3_natsize6:Sechenov = 9.99999f ;<br> HNO3_natsize6:alpha_T0 = 0.5f ;<br> HNO3_natsize6:alpha_Tdep = 0.f ;<br> HNO3_natsize6:K_acid = 15.4f ;<br> HNO3_natsize6:K_acid2 = 9.99999f ;<br> HNO3_natsize6:Vmol_bp = 9.99999f ;<br> HNO3_natsize6:psat = 9.99999f ;<br> HNO3_natsize6:psat_Tdep = 9.99999f ;<br> HNO3_natsize6:pss = 1.f ;<br> HNO3_natsize6:dryreac_sf = 1.f ;<br> HNO3_natsize6:aerosol_density = 1000.f ;<br> HNO3_natsize6:vini = 0.f ;<br> HNO3_natsize6:casrn = "7697-37-2" ;<br> HNO3_natsize6:aerosol_model = "" ;<br> HNO3_natsize6:REFERENCE_TO = "tracer_gp: HNO3_natsize6" ;<br> HNO3_natsize6:coordinates = "lon lat" ;<br> HNO3_natsize6:cell_methods = "time: point" ;<br> float HNO3_natsize6_ave(time, lev, lat, lon) ;<br> HNO3_natsize6_ave:long_name = "NAT in sizebin 6, HNO3 molar mixing ratio" ;<br> HNO3_natsize6_ave:standard_name = "" ;<br> HNO3_natsize6_ave:units = "mol/mol" ;<br> HNO3_natsize6_ave:submodel = "msbm" ;<br> HNO3_natsize6_ave:index = 171 ;<br> HNO3_natsize6_ave:medium = "AEROSOL" ;<br> HNO3_natsize6_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize6_ave:type = "SINGLE" ;<br> HNO3_natsize6_ave:number_of_timelevels = -1 ;<br> HNO3_natsize6_ave:charge = "UNDEFINED" ;<br> HNO3_natsize6_ave:advect = "ON" ;<br> HNO3_natsize6_ave:convect = "ON" ;<br> HNO3_natsize6_ave:vdiff = "ON" ;<br> HNO3_natsize6_ave:drydep = "OFF" ;<br> HNO3_natsize6_ave:sedi = "OFF" ;<br> HNO3_natsize6_ave:scav = "OFF" ;<br> HNO3_natsize6_ave:mix = "ON" ;<br> HNO3_natsize6_ave:force_col = "OFF" ;<br> HNO3_natsize6_ave:integrate = "ON" ;<br> HNO3_natsize6_ave:timefilter = "ON" ;<br> HNO3_natsize6_ave:force_init = "OFF" ;<br> HNO3_natsize6_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize6_ave:aerosol_mode = "0" ;<br> HNO3_natsize6_ave:aerosol_sol = "ON" ;<br> HNO3_natsize6_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize6_ave:hori_diff = "OFF" ;<br> HNO3_natsize6_ave:relaxation = "FULL" ;<br> HNO3_natsize6_ave:mmd_init = "OFF" ;<br> HNO3_natsize6_ave:tag_reg_idt = "171" ;<br> HNO3_natsize6_ave:tag_specific = "0" ;<br> HNO3_natsize6_ave:initial\ type = "FILE" ;<br> HNO3_natsize6_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize6_ave:damping = "ON" ;<br> HNO3_natsize6_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize6_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize6_ave:mtskip = "OFF" ;<br> HNO3_natsize6_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize6_ave:SPPT = "OFF" ;<br> HNO3_natsize6_ave:blockphy = "OFF" ;<br> HNO3_natsize6_ave:feedback = "ON" ;<br> HNO3_natsize6_ave:molarmass = 63.02f ;<br> HNO3_natsize6_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize6_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize6_ave:Sechenov = 9.99999f ;<br> HNO3_natsize6_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize6_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize6_ave:K_acid = 15.4f ;<br> HNO3_natsize6_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize6_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize6_ave:psat = 9.99999f ;<br> HNO3_natsize6_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize6_ave:pss = 1.f ;<br> HNO3_natsize6_ave:dryreac_sf = 1.f ;<br> HNO3_natsize6_ave:aerosol_density = 1000.f ;<br> HNO3_natsize6_ave:vini = 0.f ;<br> HNO3_natsize6_ave:casrn = "7697-37-2" ;<br> HNO3_natsize6_ave:aerosol_model = "" ;<br> HNO3_natsize6_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize6" ;<br> HNO3_natsize6_ave:coordinates = "lon lat" ;<br> HNO3_natsize6_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize7(time, lev, lat, lon) ;<br> HNO3_natsize7:long_name = "NAT in sizebin 7, HNO3 molar mixing ratio" ;<br> HNO3_natsize7:standard_name = "" ;<br> HNO3_natsize7:units = "mol/mol" ;<br> HNO3_natsize7:submodel = "msbm" ;<br> HNO3_natsize7:index = 172 ;<br> HNO3_natsize7:medium = "AEROSOL" ;<br> HNO3_natsize7:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize7:type = "SINGLE" ;<br> HNO3_natsize7:number_of_timelevels = -1 ;<br> HNO3_natsize7:charge = "UNDEFINED" ;<br> HNO3_natsize7:advect = "ON" ;<br> HNO3_natsize7:convect = "ON" ;<br> HNO3_natsize7:vdiff = "ON" ;<br> HNO3_natsize7:drydep = "OFF" ;<br> HNO3_natsize7:sedi = "OFF" ;<br> HNO3_natsize7:scav = "OFF" ;<br> HNO3_natsize7:mix = "ON" ;<br> HNO3_natsize7:force_col = "OFF" ;<br> HNO3_natsize7:integrate = "ON" ;<br> HNO3_natsize7:timefilter = "ON" ;<br> HNO3_natsize7:force_init = "OFF" ;<br> HNO3_natsize7:aerosol_method = "MODAL" ;<br> HNO3_natsize7:aerosol_mode = "0" ;<br> HNO3_natsize7:aerosol_sol = "ON" ;<br> HNO3_natsize7:aerosol_hetice = "OFF" ;<br> HNO3_natsize7:hori_diff = "OFF" ;<br> HNO3_natsize7:relaxation = "FULL" ;<br> HNO3_natsize7:mmd_init = "OFF" ;<br> HNO3_natsize7:tag_reg_idt = "172" ;<br> HNO3_natsize7:tag_specific = "0" ;<br> HNO3_natsize7:initial\ type = "FILE" ;<br> HNO3_natsize7:lateral_bounds = "FILE" ;<br> HNO3_natsize7:damping = "ON" ;<br> HNO3_natsize7:grib\ table\ num = "-1" ;<br> HNO3_natsize7:grib\ param\ num = "-1" ;<br> HNO3_natsize7:mtskip = "OFF" ;<br> HNO3_natsize7:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize7:SPPT = "OFF" ;<br> HNO3_natsize7:blockphy = "OFF" ;<br> HNO3_natsize7:feedback = "ON" ;<br> HNO3_natsize7:molarmass = 63.02f ;<br> HNO3_natsize7:Henry_T0 = 163333.3f ;<br> HNO3_natsize7:Henry_Tdep = 8694.f ;<br> HNO3_natsize7:Sechenov = 9.99999f ;<br> HNO3_natsize7:alpha_T0 = 0.5f ;<br> HNO3_natsize7:alpha_Tdep = 0.f ;<br> HNO3_natsize7:K_acid = 15.4f ;<br> HNO3_natsize7:K_acid2 = 9.99999f ;<br> HNO3_natsize7:Vmol_bp = 9.99999f ;<br> HNO3_natsize7:psat = 9.99999f ;<br> HNO3_natsize7:psat_Tdep = 9.99999f ;<br> HNO3_natsize7:pss = 1.f ;<br> HNO3_natsize7:dryreac_sf = 1.f ;<br> HNO3_natsize7:aerosol_density = 1000.f ;<br> HNO3_natsize7:vini = 0.f ;<br> HNO3_natsize7:casrn = "7697-37-2" ;<br> HNO3_natsize7:aerosol_model = "" ;<br> HNO3_natsize7:REFERENCE_TO = "tracer_gp: HNO3_natsize7" ;<br> HNO3_natsize7:coordinates = "lon lat" ;<br> HNO3_natsize7:cell_methods = "time: point" ;<br> float HNO3_natsize7_ave(time, lev, lat, lon) ;<br> HNO3_natsize7_ave:long_name = "NAT in sizebin 7, HNO3 molar mixing ratio" ;<br> HNO3_natsize7_ave:standard_name = "" ;<br> HNO3_natsize7_ave:units = "mol/mol" ;<br> HNO3_natsize7_ave:submodel = "msbm" ;<br> HNO3_natsize7_ave:index = 172 ;<br> HNO3_natsize7_ave:medium = "AEROSOL" ;<br> HNO3_natsize7_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize7_ave:type = "SINGLE" ;<br> HNO3_natsize7_ave:number_of_timelevels = -1 ;<br> HNO3_natsize7_ave:charge = "UNDEFINED" ;<br> HNO3_natsize7_ave:advect = "ON" ;<br> HNO3_natsize7_ave:convect = "ON" ;<br> HNO3_natsize7_ave:vdiff = "ON" ;<br> HNO3_natsize7_ave:drydep = "OFF" ;<br> HNO3_natsize7_ave:sedi = "OFF" ;<br> HNO3_natsize7_ave:scav = "OFF" ;<br> HNO3_natsize7_ave:mix = "ON" ;<br> HNO3_natsize7_ave:force_col = "OFF" ;<br> HNO3_natsize7_ave:integrate = "ON" ;<br> HNO3_natsize7_ave:timefilter = "ON" ;<br> HNO3_natsize7_ave:force_init = "OFF" ;<br> HNO3_natsize7_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize7_ave:aerosol_mode = "0" ;<br> HNO3_natsize7_ave:aerosol_sol = "ON" ;<br> HNO3_natsize7_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize7_ave:hori_diff = "OFF" ;<br> HNO3_natsize7_ave:relaxation = "FULL" ;<br> HNO3_natsize7_ave:mmd_init = "OFF" ;<br> HNO3_natsize7_ave:tag_reg_idt = "172" ;<br> HNO3_natsize7_ave:tag_specific = "0" ;<br> HNO3_natsize7_ave:initial\ type = "FILE" ;<br> HNO3_natsize7_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize7_ave:damping = "ON" ;<br> HNO3_natsize7_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize7_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize7_ave:mtskip = "OFF" ;<br> HNO3_natsize7_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize7_ave:SPPT = "OFF" ;<br> HNO3_natsize7_ave:blockphy = "OFF" ;<br> HNO3_natsize7_ave:feedback = "ON" ;<br> HNO3_natsize7_ave:molarmass = 63.02f ;<br> HNO3_natsize7_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize7_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize7_ave:Sechenov = 9.99999f ;<br> HNO3_natsize7_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize7_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize7_ave:K_acid = 15.4f ;<br> HNO3_natsize7_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize7_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize7_ave:psat = 9.99999f ;<br> HNO3_natsize7_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize7_ave:pss = 1.f ;<br> HNO3_natsize7_ave:dryreac_sf = 1.f ;<br> HNO3_natsize7_ave:aerosol_density = 1000.f ;<br> HNO3_natsize7_ave:vini = 0.f ;<br> HNO3_natsize7_ave:casrn = "7697-37-2" ;<br> HNO3_natsize7_ave:aerosol_model = "" ;<br> HNO3_natsize7_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize7" ;<br> HNO3_natsize7_ave:coordinates = "lon lat" ;<br> HNO3_natsize7_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize8(time, lev, lat, lon) ;<br> HNO3_natsize8:long_name = "NAT in sizebin 8, HNO3 molar mixing ratio" ;<br> HNO3_natsize8:standard_name = "" ;<br> HNO3_natsize8:units = "mol/mol" ;<br> HNO3_natsize8:submodel = "msbm" ;<br> HNO3_natsize8:index = 173 ;<br> HNO3_natsize8:medium = "AEROSOL" ;<br> HNO3_natsize8:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize8:type = "SINGLE" ;<br> HNO3_natsize8:number_of_timelevels = -1 ;<br> HNO3_natsize8:charge = "UNDEFINED" ;<br> HNO3_natsize8:advect = "ON" ;<br> HNO3_natsize8:convect = "ON" ;<br> HNO3_natsize8:vdiff = "ON" ;<br> HNO3_natsize8:drydep = "OFF" ;<br> HNO3_natsize8:sedi = "OFF" ;<br> HNO3_natsize8:scav = "OFF" ;<br> HNO3_natsize8:mix = "ON" ;<br> HNO3_natsize8:force_col = "OFF" ;<br> HNO3_natsize8:integrate = "ON" ;<br> HNO3_natsize8:timefilter = "ON" ;<br> HNO3_natsize8:force_init = "OFF" ;<br> HNO3_natsize8:aerosol_method = "MODAL" ;<br> HNO3_natsize8:aerosol_mode = "0" ;<br> HNO3_natsize8:aerosol_sol = "ON" ;<br> HNO3_natsize8:aerosol_hetice = "OFF" ;<br> HNO3_natsize8:hori_diff = "OFF" ;<br> HNO3_natsize8:relaxation = "FULL" ;<br> HNO3_natsize8:mmd_init = "OFF" ;<br> HNO3_natsize8:tag_reg_idt = "173" ;<br> HNO3_natsize8:tag_specific = "0" ;<br> HNO3_natsize8:initial\ type = "FILE" ;<br> HNO3_natsize8:lateral_bounds = "FILE" ;<br> HNO3_natsize8:damping = "ON" ;<br> HNO3_natsize8:grib\ table\ num = "-1" ;<br> HNO3_natsize8:grib\ param\ num = "-1" ;<br> HNO3_natsize8:mtskip = "OFF" ;<br> HNO3_natsize8:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize8:SPPT = "OFF" ;<br> HNO3_natsize8:blockphy = "OFF" ;<br> HNO3_natsize8:feedback = "ON" ;<br> HNO3_natsize8:molarmass = 63.02f ;<br> HNO3_natsize8:Henry_T0 = 163333.3f ;<br> HNO3_natsize8:Henry_Tdep = 8694.f ;<br> HNO3_natsize8:Sechenov = 9.99999f ;<br> HNO3_natsize8:alpha_T0 = 0.5f ;<br> HNO3_natsize8:alpha_Tdep = 0.f ;<br> HNO3_natsize8:K_acid = 15.4f ;<br> HNO3_natsize8:K_acid2 = 9.99999f ;<br> HNO3_natsize8:Vmol_bp = 9.99999f ;<br> HNO3_natsize8:psat = 9.99999f ;<br> HNO3_natsize8:psat_Tdep = 9.99999f ;<br> HNO3_natsize8:pss = 1.f ;<br> HNO3_natsize8:dryreac_sf = 1.f ;<br> HNO3_natsize8:aerosol_density = 1000.f ;<br> HNO3_natsize8:vini = 0.f ;<br> HNO3_natsize8:casrn = "7697-37-2" ;<br> HNO3_natsize8:aerosol_model = "" ;<br> HNO3_natsize8:REFERENCE_TO = "tracer_gp: HNO3_natsize8" ;<br> HNO3_natsize8:coordinates = "lon lat" ;<br> HNO3_natsize8:cell_methods = "time: point" ;<br> float HNO3_natsize8_ave(time, lev, lat, lon) ;<br> HNO3_natsize8_ave:long_name = "NAT in sizebin 8, HNO3 molar mixing ratio" ;<br> HNO3_natsize8_ave:standard_name = "" ;<br> HNO3_natsize8_ave:units = "mol/mol" ;<br> HNO3_natsize8_ave:submodel = "msbm" ;<br> HNO3_natsize8_ave:index = 173 ;<br> HNO3_natsize8_ave:medium = "AEROSOL" ;<br> HNO3_natsize8_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize8_ave:type = "SINGLE" ;<br> HNO3_natsize8_ave:number_of_timelevels = -1 ;<br> HNO3_natsize8_ave:charge = "UNDEFINED" ;<br> HNO3_natsize8_ave:advect = "ON" ;<br> HNO3_natsize8_ave:convect = "ON" ;<br> HNO3_natsize8_ave:vdiff = "ON" ;<br> HNO3_natsize8_ave:drydep = "OFF" ;<br> HNO3_natsize8_ave:sedi = "OFF" ;<br> HNO3_natsize8_ave:scav = "OFF" ;<br> HNO3_natsize8_ave:mix = "ON" ;<br> HNO3_natsize8_ave:force_col = "OFF" ;<br> HNO3_natsize8_ave:integrate = "ON" ;<br> HNO3_natsize8_ave:timefilter = "ON" ;<br> HNO3_natsize8_ave:force_init = "OFF" ;<br> HNO3_natsize8_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize8_ave:aerosol_mode = "0" ;<br> HNO3_natsize8_ave:aerosol_sol = "ON" ;<br> HNO3_natsize8_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize8_ave:hori_diff = "OFF" ;<br> HNO3_natsize8_ave:relaxation = "FULL" ;<br> HNO3_natsize8_ave:mmd_init = "OFF" ;<br> HNO3_natsize8_ave:tag_reg_idt = "173" ;<br> HNO3_natsize8_ave:tag_specific = "0" ;<br> HNO3_natsize8_ave:initial\ type = "FILE" ;<br> HNO3_natsize8_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize8_ave:damping = "ON" ;<br> HNO3_natsize8_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize8_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize8_ave:mtskip = "OFF" ;<br> HNO3_natsize8_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize8_ave:SPPT = "OFF" ;<br> HNO3_natsize8_ave:blockphy = "OFF" ;<br> HNO3_natsize8_ave:feedback = "ON" ;<br> HNO3_natsize8_ave:molarmass = 63.02f ;<br> HNO3_natsize8_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize8_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize8_ave:Sechenov = 9.99999f ;<br> HNO3_natsize8_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize8_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize8_ave:K_acid = 15.4f ;<br> HNO3_natsize8_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize8_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize8_ave:psat = 9.99999f ;<br> HNO3_natsize8_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize8_ave:pss = 1.f ;<br> HNO3_natsize8_ave:dryreac_sf = 1.f ;<br> HNO3_natsize8_ave:aerosol_density = 1000.f ;<br> HNO3_natsize8_ave:vini = 0.f ;<br> HNO3_natsize8_ave:casrn = "7697-37-2" ;<br> HNO3_natsize8_ave:aerosol_model = "" ;<br> HNO3_natsize8_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize8" ;<br> HNO3_natsize8_ave:coordinates = "lon lat" ;<br> HNO3_natsize8_ave:cell_methods = "time: mean" ;<br> float HNO3_natsize9(time, lev, lat, lon) ;<br> HNO3_natsize9:long_name = "NAT in sizebin 9, HNO3 molar mixing ratio" ;<br> HNO3_natsize9:standard_name = "" ;<br> HNO3_natsize9:units = "mol/mol" ;<br> HNO3_natsize9:submodel = "msbm" ;<br> HNO3_natsize9:index = 174 ;<br> HNO3_natsize9:medium = "AEROSOL" ;<br> HNO3_natsize9:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize9:type = "SINGLE" ;<br> HNO3_natsize9:number_of_timelevels = -1 ;<br> HNO3_natsize9:charge = "UNDEFINED" ;<br> HNO3_natsize9:advect = "ON" ;<br> HNO3_natsize9:convect = "ON" ;<br> HNO3_natsize9:vdiff = "ON" ;<br> HNO3_natsize9:drydep = "OFF" ;<br> HNO3_natsize9:sedi = "OFF" ;<br> HNO3_natsize9:scav = "OFF" ;<br> HNO3_natsize9:mix = "ON" ;<br> HNO3_natsize9:force_col = "OFF" ;<br> HNO3_natsize9:integrate = "ON" ;<br> HNO3_natsize9:timefilter = "ON" ;<br> HNO3_natsize9:force_init = "OFF" ;<br> HNO3_natsize9:aerosol_method = "MODAL" ;<br> HNO3_natsize9:aerosol_mode = "0" ;<br> HNO3_natsize9:aerosol_sol = "ON" ;<br> HNO3_natsize9:aerosol_hetice = "OFF" ;<br> HNO3_natsize9:hori_diff = "OFF" ;<br> HNO3_natsize9:relaxation = "FULL" ;<br> HNO3_natsize9:mmd_init = "OFF" ;<br> HNO3_natsize9:tag_reg_idt = "174" ;<br> HNO3_natsize9:tag_specific = "0" ;<br> HNO3_natsize9:initial\ type = "FILE" ;<br> HNO3_natsize9:lateral_bounds = "FILE" ;<br> HNO3_natsize9:damping = "ON" ;<br> HNO3_natsize9:grib\ table\ num = "-1" ;<br> HNO3_natsize9:grib\ param\ num = "-1" ;<br> HNO3_natsize9:mtskip = "OFF" ;<br> HNO3_natsize9:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize9:SPPT = "OFF" ;<br> HNO3_natsize9:blockphy = "OFF" ;<br> HNO3_natsize9:feedback = "ON" ;<br> HNO3_natsize9:molarmass = 63.02f ;<br> HNO3_natsize9:Henry_T0 = 163333.3f ;<br> HNO3_natsize9:Henry_Tdep = 8694.f ;<br> HNO3_natsize9:Sechenov = 9.99999f ;<br> HNO3_natsize9:alpha_T0 = 0.5f ;<br> HNO3_natsize9:alpha_Tdep = 0.f ;<br> HNO3_natsize9:K_acid = 15.4f ;<br> HNO3_natsize9:K_acid2 = 9.99999f ;<br> HNO3_natsize9:Vmol_bp = 9.99999f ;<br> HNO3_natsize9:psat = 9.99999f ;<br> HNO3_natsize9:psat_Tdep = 9.99999f ;<br> HNO3_natsize9:pss = 1.f ;<br> HNO3_natsize9:dryreac_sf = 1.f ;<br> HNO3_natsize9:aerosol_density = 1000.f ;<br> HNO3_natsize9:vini = 0.f ;<br> HNO3_natsize9:casrn = "7697-37-2" ;<br> HNO3_natsize9:aerosol_model = "" ;<br> HNO3_natsize9:REFERENCE_TO = "tracer_gp: HNO3_natsize9" ;<br> HNO3_natsize9:coordinates = "lon lat" ;<br> HNO3_natsize9:cell_methods = "time: point" ;<br> float HNO3_natsize9_ave(time, lev, lat, lon) ;<br> HNO3_natsize9_ave:long_name = "NAT in sizebin 9, HNO3 molar mixing ratio" ;<br> HNO3_natsize9_ave:standard_name = "" ;<br> HNO3_natsize9_ave:units = "mol/mol" ;<br> HNO3_natsize9_ave:submodel = "msbm" ;<br> HNO3_natsize9_ave:index = 174 ;<br> HNO3_natsize9_ave:medium = "AEROSOL" ;<br> HNO3_natsize9_ave:quantity = "AMOUNTFRACTION" ;<br> HNO3_natsize9_ave:type = "SINGLE" ;<br> HNO3_natsize9_ave:number_of_timelevels = -1 ;<br> HNO3_natsize9_ave:charge = "UNDEFINED" ;<br> HNO3_natsize9_ave:advect = "ON" ;<br> HNO3_natsize9_ave:convect = "ON" ;<br> HNO3_natsize9_ave:vdiff = "ON" ;<br> HNO3_natsize9_ave:drydep = "OFF" ;<br> HNO3_natsize9_ave:sedi = "OFF" ;<br> HNO3_natsize9_ave:scav = "OFF" ;<br> HNO3_natsize9_ave:mix = "ON" ;<br> HNO3_natsize9_ave:force_col = "OFF" ;<br> HNO3_natsize9_ave:integrate = "ON" ;<br> HNO3_natsize9_ave:timefilter = "ON" ;<br> HNO3_natsize9_ave:force_init = "OFF" ;<br> HNO3_natsize9_ave:aerosol_method = "MODAL" ;<br> HNO3_natsize9_ave:aerosol_mode = "0" ;<br> HNO3_natsize9_ave:aerosol_sol = "ON" ;<br> HNO3_natsize9_ave:aerosol_hetice = "OFF" ;<br> HNO3_natsize9_ave:hori_diff = "OFF" ;<br> HNO3_natsize9_ave:relaxation = "FULL" ;<br> HNO3_natsize9_ave:mmd_init = "OFF" ;<br> HNO3_natsize9_ave:tag_reg_idt = "174" ;<br> HNO3_natsize9_ave:tag_specific = "0" ;<br> HNO3_natsize9_ave:initial\ type = "FILE" ;<br> HNO3_natsize9_ave:lateral_bounds = "FILE" ;<br> HNO3_natsize9_ave:damping = "ON" ;<br> HNO3_natsize9_ave:grib\ table\ num = "-1" ;<br> HNO3_natsize9_ave:grib\ param\ num = "-1" ;<br> HNO3_natsize9_ave:mtskip = "OFF" ;<br> HNO3_natsize9_ave:bot_bound_cond = "ZERO FLUX" ;<br> HNO3_natsize9_ave:SPPT = "OFF" ;<br> HNO3_natsize9_ave:blockphy = "OFF" ;<br> HNO3_natsize9_ave:feedback = "ON" ;<br> HNO3_natsize9_ave:molarmass = 63.02f ;<br> HNO3_natsize9_ave:Henry_T0 = 163333.3f ;<br> HNO3_natsize9_ave:Henry_Tdep = 8694.f ;<br> HNO3_natsize9_ave:Sechenov = 9.99999f ;<br> HNO3_natsize9_ave:alpha_T0 = 0.5f ;<br> HNO3_natsize9_ave:alpha_Tdep = 0.f ;<br> HNO3_natsize9_ave:K_acid = 15.4f ;<br> HNO3_natsize9_ave:K_acid2 = 9.99999f ;<br> HNO3_natsize9_ave:Vmol_bp = 9.99999f ;<br> HNO3_natsize9_ave:psat = 9.99999f ;<br> HNO3_natsize9_ave:psat_Tdep = 9.99999f ;<br> HNO3_natsize9_ave:pss = 1.f ;<br> HNO3_natsize9_ave:dryreac_sf = 1.f ;<br> HNO3_natsize9_ave:aerosol_density = 1000.f ;<br> HNO3_natsize9_ave:vini = 0.f ;<br> HNO3_natsize9_ave:casrn = "7697-37-2" ;<br> HNO3_natsize9_ave:aerosol_model = "" ;<br> HNO3_natsize9_ave:REFERENCE_TO = "tracer_gp: HNO3_natsize9" ;<br> HNO3_natsize9_ave:coordinates = "lon lat" ;<br> HNO3_natsize9_ave:cell_methods = "time: mean" ;<br> double time_bnds(time, tbnds) ;<br> time_bnds:long_name = "time bounds" ;<br> time_bnds:units = "days since 2000-01-01T00:00:00Z" ;<br> time_bnds:cell_methods = "time: point" ;</p> <p>// global attributes:<br> :MESSy = "MESSy version d2.55.2-1452-gfac3f76bd-dirty_fac3f76bd1a15841e8ee3f25f196108f3100d730_2022-06-30T17:09:28+02:00_2023-12-05T04:50:14+01:00, http://www.messy-interface.org" ;<br> :MESSy_switch = "version 1.0" ;<br> :MESSy_channel = "version 2.4.4" ;<br> :MESSy_tracer = "version 2.6" ;<br> :MESSy_timer = "version 0.1" ;<br> :MESSy_qtimer = "version 3.0" ;<br> :MESSy_import = "version 1.0" ;<br> :MESSy_grid = "version v1.5" ;<br> :MESSy_rnd = "version 1.1" ;<br> :MESSy_aeropt = "version 2.0.2" ;<br> :MESSy_airsea = "version 2.0" ;<br> :MESSy_ch4 = "version 1.3" ;<br> :MESSy_cloud = "version 2.2" ;<br> :MESSy_cloudopt = "version 2.2" ;<br> :MESSy_contrail = "version 1.1" ;<br> :MESSy_convect = "version 2.0" ;<br> :MESSy_cvtrans = "version 2.4" ;<br> :MESSy_ddep = "version 2.1.1" ;<br> :MESSy_dradon = "version 3.1" ;<br> :MESSy_gwave = "version 1.0" ;<br> :MESSy_jval = "version 14.3" ;<br> :MESSy_lnox = "version 3.0" ;<br> :MESSy_sprite = "version 1.0" ;<br> :MESSy_mecca = "version 4.4.0.m1" ;<br> :MESSy_msbm = "version 2.5" ;<br> :MESSy_o3orig = "version 0.2" ;<br> :MESSy_offemis = "version 1.0" ;<br> :MESSy_onemis = "version 3.0.0" ;<br> :MESSy_orbit = "version 0.9" ;<br> :MESSy_orogw = "version 1.1" ;<br> :MESSy_ptrac = "version 3.1" ;<br> :MESSy_qbo = "version 2.3" ;<br> :MESSy_rad = "version 2.3" ;<br> :MESSy_satsims = "version 1.0" ;<br> :MESSy_scalc = "version 1.10" ;<br> :MESSy_scav = "version 2.4.0" ;<br> :MESSy_scout = "version 2.1" ;<br> :MESSy_sedi = "version 2.5" ;<br> :MESSy_sorbit = "version 1.2" ;<br> :MESSy_e5vdiff = "version 1.2" ;<br> :MESSy_surface = "version 1.2" ;<br> :MESSy_tbudget = "version 1.1" ;<br> :MESSy_tnudge = "version 3.2" ;<br> :MESSy_trexp = "version 4.1" ;<br> :MESSy_tropop = "version 2.2" ;<br> :MESSy_viso = "version 2.3" ;<br> :MESSy_experiment = "SPRI_2" ;<br> :EXEC_CHECKSUM = "c7b317493c4d13720b2b4960b8b70d11 bin/echam5.exe (md5sum)" ;<br> :GCM = "ECHAM5 version 5.3.02, Max-Planck Institute for Meteorology, Hamburg" ;<br> :GCM_spherical_trunc_n = 42 ;<br> :GCM_spherical_trunc_m = 42 ;<br> :GCM_spherical_trunc_k = 42 ;<br> :GCM_vertical_mode = "middle atmosphere (MA)" ;<br> :GCM_horizontal_mode = "global" ;<br> :GCM_advection = "Lin&Rood" ;<br> :GCM_start_date_time = "20000101 000000" ;<br> :GCM_timestep = 720.f ;<br> :F95_COMPILER_VERSION = "GNU Fortran (GCC) 11.2.0" ;<br> :F95_COMPILER_CALL = "/dragofs/sw/foss/0.2/software/OpenMPI/4.1.1-GCC-11.2.0/bin/mpif90" ;<br> :F95_COMPILER_FLAGS = "-g -fbacktrace -cpp -D__linux__ -fno-second-underscore -ffree-line-length-none -fno-range-check -O3" ;<br> :F95_PREPROC_DEFINITIONS = "-DMESSY -DLITTLE_ENDIAN -D_LINUX64 -DPNCREGRID -DMPIOM_13B -D_VCSREV_=\'d2.55.2-1452-gfac3f76bd-dirty_fac3f76bd1a15841e8ee3f25f196108f3100d730_2022-06-30T17:09:28+02:00_2023-12-05T04:50:14+01:00\'" ;<br> :F95_COMPILER_INCLUDES_01 = "-I/dragofs/sw/foss/0.2/software/netCDF-Fortran/4.5.3-gompi-2021b/include -I/dragofs/sw/foss/0.2/software/netCDF/4.8.1-gompi-2021b/include -DgFortran -I/dragofs/sw/foss/0.2/software/netCDF-Fortran/4.5.3-gompi-2021b/include -I/dragofs/sw/foss/0.2/software/ne" ;<br> :F95_COMPILER_INCLUDES_02 = "tCDF-Fortran/4.5.3-gompi-2021b/include" ;<br> :operating_date_time = "20240105 113900" ;<br> :operating_system = "Linux 4.18.0-348.12.2.el8_5.x86_64 on x86_64" ;<br> :operating_host = "drago31060196" ;<br> :operating_user = "fjperez (fjperez)" ;<br> :MESSy_mecca_eqn = "gas.eqn" ;<br> :MESSy_mecca_bat = "CCMI2-base-02.bat" ;<br> :MESSy_mecca_rpl = "mim1-CCMI2-base-02" ;<br> :MESSy_mecca_nism = "(((Tr && (G || Het) && !I) || St) && !Hg)" ;<br> :MESSy_mecca_diag = "CCMI2-base-02" ;<br> :channel_io_pe = 0 ;<br> :channel_time_slo = 5355360.f ;<br> :channel_name = "tr_NOx_NOy_m" ;<br> :channel_file_type = "output" ;<br> :channel_file_name = "SPRI_2_________20010101_0000_tr_NOx_NOy_m.nc" ;<br> :channel_netcdf_lib = "4.8.1 of May 6 2022 16:22:26 $" ;</p> <p> </p>
Estimation of forest height and biomass from open-access multi-sensor satellite imagery and GEDI Lidar data: high-resolution maps of metropolitan France
<p>Maps of forest height, aboveground biomass (AGB)* and volume (VOL)* at 10 m spatial resolution for the year 2020 on France. </p> <p>* AGB and Volume maps are available on request.</p> <p>The methodology and validation of the maps are presented here: https://hal.science/hal-04249151</p> <p>Please cite :</p> <p>David Morin, Milena Planells, Stéphane Mermoz, Florian Mouret. Estimation of forest height and biomass from open-access multi-sensor satellite imagery and GEDI Lidar data: high-resolution maps of metropolitan France. 2023. hal-04249151</p>
Fig. 5. Mean Gonadosomatic Index for C in Color pattern variation in Cichla temensis (Perciformes: Cichlidae): Resolution based on morphological, molecular, and reproductive data
Fig. 5. Mean Gonadosomatic Index for C. temensis variants grouped by CPV grade. a) Females from the Igapó Açú (Region 1). b) Females from the rio Caures (Region 2). c) Males from the Igapó Açú region. d) Males from the rio Caures. A significant correlation between GSI and CPV Grade was found for males and females in both collecting regions, p <.01 for a, b, d, and d.
Fig. 4 in Color pattern variation in Cichla temensis (Perciformes: Cichlidae): Resolution based on morphological, molecular, and reproductive data
Fig. 4. Maximum-likelihood phylogeny of 50 sequences sampled from the paca and açu variants of Cichla temensis (Genbank accession numbers HQ230011 - HQ230016) The phylogeny was rooted a posteriori with Cichla species of the clade A (sensu Willis et al. 2010) (GU295691- GU295704). The scale represents an HKY85 genetic distance.
Fig. 3. a in Color pattern variation in Cichla temensis (Perciformes: Cichlidae): Resolution based on morphological, molecular, and reproductive data
Fig. 3. a) Mean (± SEM) lateral line scale counts for C. temensis, C. monoculus, and C. orinocensis. ANOVA showed no significant differences among the C. temensis variants but revealed significant differences interspecifically. Post hoc t tests (horizontal starred bar) revealed that all species were significantly different, p <0.0001*. b) Mean (± SEM) body depth to Standard Length ratio (adjusted for gonad size differential) for C. temensis, C. monoculus, and C. orinocensis. ANOVA showed no significant differences among the C. temensis variants but revealed significant differences interspecifically. Post hoc t tests (horizontal starred bar) revealed that all C. temensis were significantly different from both sympatric species, p <0.0001*.
Fig. 2 in Color pattern variation in Cichla temensis (Perciformes: Cichlidae): Resolution based on morphological, molecular, and reproductive data
Fig. 2. Collecting regions in two cyclically flooding drainages in the rio Amazon basin. Region 1, the Igapó-Açu region, a blackwater tributary complex of the rio Madeira, provided specimens of C. temensis and C. monoculus. Region 2, the rio Caures, a blackwater tributary of the rio Negro, provided specimens of C. temensis and C. orinocensis.
High resolution land cover 2017 Ile-de-France
<p><strong>High resoultion land cover for the Ile-de-France, 2017.</strong></p> <p>The rasters are mostly based on vector files, which were rasterised, merged and resampled to 5m. The encoded values represent the different thematic classes in the dataset. </p> <p>For ease of processing and computation, all datasets were tiled and are provided as a single continuous raster. This map shows the extents of the datasets “Hauteur vegetation” and “cadastre vert”, which were only available for a limited region within the Ile- de- France region. </p> <p></p> <p>The datasets used in the production of this map were MosPlus 2017-81, Cadastre Verte, Copernicus Small and Woody features, Copernicus Street tree layer, Hauteur vegetation and the densibati dataset. </p> <p> </p> <p>Class Codec </p> <table> <tbody> <tr> <td> <p><strong>Class</strong><strong> </strong></p> </td> <td> <p><strong>NumCodec</strong><strong> </strong></p> <p><strong>8bit compatible</strong><strong> </strong></p> </td> </tr> <tr> <td> <p>Building<strong> </strong></p> </td> <td> <p>10 </p> </td> </tr> <tr> <td> <p>Built parcel<strong> </strong></p> </td> <td> <p>19 </p> </td> </tr> <tr> <td> <p>Mineral surface<strong> </strong></p> </td> <td> <p>21 </p> </td> </tr> <tr> <td> <p>Bare soil<strong> </strong></p> </td> <td> <p>22 </p> </td> </tr> <tr> <td> <p>Grass<strong> </strong></p> </td> <td> <p>31 </p> </td> </tr> <tr> <td> <p>Shrub<strong> </strong></p> </td> <td> <p>40 </p> </td> </tr> <tr> <td> <p>Shrub round<strong> </strong></p> </td> <td> <p>41 </p> </td> </tr> <tr> <td> <p>Shrub linear<strong> </strong></p> </td> <td> <p>42 </p> </td> </tr> <tr> <td> <p>Tree<strong> </strong></p> </td> <td> <p>50 </p> </td> </tr> <tr> <td> <p>Water<strong> </strong></p> </td> <td> <p>60 </p> </td> </tr> <tr> <td> <p>Lake<strong> </strong></p> </td> <td> <p>61 </p> </td> </tr> <tr> <td> <p>River<strong> </strong></p> </td> <td> <p>62 </p> </td> </tr> <tr> <td> <p>Agriculture<strong> </strong></p> </td> <td> <p>80/81</p> </td> </tr> <tr> <td> <p>NonAOI/ unclassified<strong> </strong></p> </td> <td> <p>99 /0 </p> </td> </tr> </tbody> </table> <p>Data sources </p> <p>European Union's Copernicus Land Monitoring Service information (2018), Small Woody Features 2018,<a href="https://doi.org/10.2909/7fd9d32e-8c2f-42b2-b959-c8e12b843821" target="_blank" rel="noopener">https://doi.org/10.2909/7fd9d32e-8c2f-42b2-b959-c8e12b843821</a> </p> <p>European Union's Copernicus Land Monitoring Service information (2018), Urban Atlas Street Tree Layer 2018, <a href="https://doi.org/10.2909/205691b3-7ae9-41dd-abf1-1fbf60d72c8c" target="_blank" rel="noopener">https://doi.org/10.2909/205691b3-7ae9-41dd-abf1-1fbf60d72c8c</a> </p> <p>Atelier Parisien d'Urbanisme 2017 HAUTEUR VEGETATION 2015 </p> <p><a href="https://opendata.apur.org/datasets/Apur::hauteur-vegetation-2015/about" target="_blank" rel="noopener">https://opendata.apur.org/datasets/Apur::hauteur-vegetation-2015/about</a> </p> <p>Département des Hauts-de-Seine (2012) Cadastre vert - Masses vertes. https://opendata.hauts-de-seine.fr/explore/dataset/cadastre-vert-masses-vertes/information/?disjunctive.commune&basemap=mapbox.streets-satellite&location=11,48.83991,2.24091 </p> <p>L'Institut Paris Region (2017) Mode d'occupation du sol (MOS) 2017 a 81 postes. <a href="https://www.institutparisregion.fr/vente-de-donnees/" target="_blank" rel="noopener">https://www.institutparisregion.fr/vente-de-donnees/</a> </p> <p>L'Institut Paris Region (2018) Densibati 2018. <a href="https://www.institutparisregion.fr/vente-de-donnees/" target="_blank" rel="noopener">https://www.institutparisregion.fr/vente-de-donnees/</a> </p>
ScienceDex guides
Understand access before you commit
These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.