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FIGURA 3 in Tamaño Poblacional, Uso Del Hábitat Y Relaciones Interespecíficas De Agalychnis Spurrelli (Anura: Hylidae) En Un Bosque Húmedo Tropical Remanente Del Noroccidente De Ecuador
FIGURA 3: Registros de densidad (A) y abundancia (B) de Agalychnis spurrelli por categoría de edad durante 12 sesiones de muestreo en la Laguna del Diablo, Noroccidente de Ecuador. La codificación hace referencia al mes y día de muestreo a partir de abril (A) de 2006 hasta abril de 2007. Las flechas verticales indican los días en los cuales se reportó lluvias, expresadas en mm. SD = Sin identificación de su sexo.
GEFS tropical cyclone track data by year and 5-day forecast data
<p>The df_master.pkl file contains the processed 5-day TC track forecast data. All remaining files contain the TC track data from ATCF (https://ftp.nhc.noaa.gov/atcf/archive/) by year (2008-2022).</p>
Smithsonian Tropical Research Instiitute: STRI Neotropical Fishes
<p></p>https://stri.si.edu/research-computing/databases
Smithsonian Tropical Research Instiitute: Distribution maps (358) DwCA
Open the record for dataset details and reuse information.
EduLifeDesks Archive: CIEE Tropical Ecology and Conservation Program Spring 2013 (655) DwCA
Open the record for dataset details and reuse information.
Sensory development of oat-based drink with tropical flavor
<p>This datasheet presents consumers' responses to their perception towards developed oat-based drinks with tropical fruit flavor generated from CATA and JAR methods.</p>
FIGURE 5 in The first records of Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) and Odontozona addaia Pretus, 1990 from the tropical eastern Atlantic (Decapoda: Stenopodidea)
FIGURE 5. Habitat and colour patterns of Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) (a–c) and Odontozona addai Pretus, 1990 (d–f), both from Sal, Cabo Verde; a), b) ovigerous female of M. pernambucensis in situ on lava tube wall; c) probably the same ovigerous female shortly after capture; d) ovigerous female of O. addaia in situ in a lava tube crevice; e) probably the same ovigerous female shortly after capture; f) another female (?) shortly after capture. Photographs by Peter Wirtz.
FIGURE 4. Odontozona addaia Pretus, 1990 in The first records of Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) and Odontozona addaia Pretus, 1990 from the tropical eastern Atlantic (Decapoda: Stenopodidea)
FIGURE 4. Odontozona addaia Pretus, 1990 from Sal, Cabo Verde; female (pocl 3.5 mm, RMNH.CRUS.D.59338); a) carapace, lateral; b) pleon, lateral; c) third pereiopod, mesial; d) same, chela, lateral.
FIGURE 3 in The first records of Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) and Odontozona addaia Pretus, 1990 from the tropical eastern Atlantic (Decapoda: Stenopodidea)
FIGURE 3. Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) from Pernambuco, Brazil, distal region of telson, dorsal; paratype male (MOUFPE 19866) (a); paratype male (MOUFPE 19864) (b). Abbreviations: DS, dorsal spine, articulated; PLS, posterior lateral spine, immovable; PMS, posterior median spine, immovable. Photographs by Jesser Fidelis de Souza Filho.
FIGURE 2 in The first records of Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) and Odontozona addaia Pretus, 1990 from the tropical eastern Atlantic (Decapoda: Stenopodidea)
FIGURE 2. Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) from Sal, Cabo Verde; female (pocl 2.2 mm, RMNH.CRUS.D.59342) (a–l); ovigerous female (pocl 3.3 mm, RMNH.CRUS.D.59343) (m–o); a) first pereiopod, lateral; b) same, distal half of carpus and chela, mesial; c) second pereiopod, lateral; d) same, chela, mesial; e) left third pereiopod, lateral; f) same, mesial; g) same, chela, mesial; h) fourth pereiopod, lateral; i) same, carpo-propodal articulation, lateral; j) same, dactylus, lateral; k) fifth pereiopod, lateral; l) same, dactylus, lateral; m) left third pereiopod, lateral; n) same, chela, lateral; o) same, mesial.
FIGURE 1 in The first records of Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) and Odontozona addaia Pretus, 1990 from the tropical eastern Atlantic (Decapoda: Stenopodidea)
FIGURE 1. Microprosthema pernambucensis (Bochini, Cunha, Terossi & Almeida, 2020) from Sal, Cabo Verde; female (pocl 2.2 mm, RMNH.CRUS.D.59342) (a–r); ovigerous female (pocl 3.3 mm, RMNH.CRUS.D.59343) (s); a) carapace and frontal appendages, lateral; b) same, dorsal; c) rostrum, lateral; d) carapace, pterygostomial region, lateral; e) pleon, lateral; f) telson, dorsal; g) eyestalk, lateral; h) antennule, antenna and part of epistome, ventral; i) scaphocerite, ventral; j) mandible, lateral; k) maxillule, lateral; l) maxilla, lateral; m) first maxilliped, lateral; n) second maxilliped, lateral; o) third maxilliped, lateral; p) same, ischium and merus, mesial (denuded), q) same, ischium, dorsal (denuded); r) uropod, dorsal; s) carapace, lateral.
Variations in Rainfall Structure of Western North Pacific Landfalling Tropical Cyclones in Warming Climates
<div>This dataset contains the data used in the analyses for the paper titled <em>'Variations in Rainfall Structure of Western North Pacific Landfalling Tropical Cyclones in Warming Climates',</em> published in <em>Earth's Future.</em> The paper is authored by Thao Linh Tran, Elizabeth A. Ritchie, Sarah E. Perkins-Kirkpatrick, Hai Bui, and Thang M. Luong. Descriptions of the variables included in the data files are provided below.</div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_CMIP6_multimodel_mean_SST_7states.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 7, month: 12, lat: 181, lon: 360)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2030s' 'med2050s''med2090s' 'high2030s' 'high2050s' 'high2090s'</div> <div> * month (month) int64 1 2 3 4 5 6 7 8 9 10 11 12</div> <div> * lat (lat) int64 -90 -89 -88 -87 -86 -85 -84 ... 84 85 86 87 88 89 90</div> <div> * lon (lon) int64 0 1 2 3 4 5 6 7 8 ... 352 353 354 355 356 357 358 359</div> <div>Data variables:</div> <div> SST_cmip6 (state, month, lat, lon) float64 0.0 0.0 0.0 ... -1.699 -1.699</div> <div> SST_cmip6 (state, month, lat, lon) CMIP6 multimodel mean of sea surface temperature in each month in 7 climate states (deg Celcius)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_rain_PW_MFC_2methods_7states_AllTCs.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 7, radius: 20, nx: 61, ny: 61)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2030s' 'med2050s''med2090s' 'high2030s' 'high2050s' 'high2090s'</div> <div> * radius (radius) int64 25 50 75 100 125 150 ... 375 400 425 450 475 500</div> <div> * nx (nx) int64 0 18 36 54 72 90 ... 990 1008 1026 1044 1062 1080</div> <div> * ny (ny) int64 0 18 36 54 72 90 ... 990 1008 1026 1044 1062 1080</div> <div>Data variables:</div> <div> Rain_circle (state, radius) float64 22.66 24.94 26.54 ... 8.147 7.561 7.041</div> <div> Rain_ring (state, radius) float64 22.66 25.8 27.49 ... 2.689 2.436 2.231</div> <div> PW_ring (state, radius) float64 72.64 73.04 72.37 ... 69.81 68.99 68.27</div> <div> MFC_ring (state, radius) float64 0.01343 0.01539 ... 0.004405 0.004258</div> <div> MFC_hoz (state, nx, ny) float64 0.0002184 0.0003068 ... 0.000167</div> <div> Rain_circle (state, radius) Areal averaged TC rainfall within radii in 7 climate states calculated by the circle-average method (mm)</div> <div> Rain_ring (state, radius) Average TC rainfall within radial bands in 7 climate states calculated by the ring-average method (mm)</div> <div> PW_ring (state, radius) Average precipitable water within radial bands in 7 climate states calculated by the ring-average method (kg m-2)</div> <div> MFC_ring (state, radius) Average moisture flux convergence within radial bands in 7 climate states calculated by the ring-average method (g m-2 s-1)</div> <div> MFC_hoz (state, nx, ny) Integrated moisture flux convergence in the boundary layer in 7 climate states (kg m-2 s-1), TC center is located at nx=ny=540 km</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_rain_PW_MFC_2methods_7states_TSs.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 7, radius: 20)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2030s' 'med2050s''med2090s' 'high2030s' 'high2050s' 'high2090s'</div> <div> * radius (radius) int64 25 50 75 100 125 150 ... 375 400 425 450 475 500</div> <div>Data variables:</div> <div> Rain_circle (state, radius) float64 17.86 16.98 15.74 ... 5.884 5.533 5.215</div> <div> Rain_ring (state, radius) float64 17.86 16.66 14.92 ... 2.704 2.461 2.28</div> <div> PW_ring (state, radius) float64 71.08 70.79 70.14 ... 70.67 69.9 69.22</div> <div> MFC_ring (state, radius) float64 0.00885 0.009635 ... 0.004318 0.004183</div> <div> Rain_circle (state, radius) Areal averaged TC rainfall within radii in 7 climate states calculated by the circle-average method (mm)</div> <div> Rain_ring (state, radius) Average TC rainfall within radial bands in 7 climate states calculated by the ring-average method (mm)</div> <div> PW_ring (state, radius) Average precipitable water within radial bands in 7 climate states calculated by the ring-average method (kg m-2)</div> <div> MFC_ring (state, radius) Average moisture flux convergence within radial bands in 7 climate states calculated by the ring-average method (g m-2 s-1)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_rain_PW_MFC_2methods_7states_TYs.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 7, radius: 20)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2030s' 'med2050s''med2090s' 'high2030s' 'high2050s' 'high2090s'</div> <div> * radius (radius) int64 25 50 75 100 125 150 ... 375 400 425 450 475 500</div> <div>Data variables:</div> <div> Rain_circle (state, radius) float64 21.55 23.26 24.55 ... 8.029 7.459 6.954</div> <div> Rain_ring (state, radius) float64 21.55 23.89 25.27 ... 2.73 2.473 2.273</div> <div> PW_ring (state, radius) float64 72.7 72.73 71.91 ... 69.23 68.42 67.71</div> <div> MFC_ring (state, radius) float64 0.01288 0.01458 ... 0.004363 0.004229</div> <div> Rain_circle (state, radius) Areal averaged TC rainfall within radii in 7 climate states calculated by the circle-average method (mm)</div> <div> Rain_ring (state, radius) Average TC rainfall within radial bands in 7 climate states calculated by the ring-average method (mm)</div> <div> PW_ring (state, radius) Average precipitable water within radial bands in 7 climate states calculated by the ring-average method (kg m-2)</div> <div> MFC_ring (state, radius) Average moisture flux convergence within radial bands in 7 climate states calculated by the ring-average method (g m-2 s-1)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_rain_PW_MFC_2methods_7states_STYs.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 7, radius: 20)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2030s' 'med2050s''med2090s' 'high2030s' 'high2050s' 'high2090s'</div> <div> * radius (radius) int64 25 50 75 100 125 150 ... 375 400 425 450 475 500</div> <div>Data variables:</div> <div> Rain_circle (state, radius) float64 31.83 39.28 44.65 ... 9.905 9.124 8.436</div> <div> Rain_ring (state, radius) float64 31.83 42.18 48.07 ... 2.552 2.304 2.071</div> <div> PW_ring (state, radius) float64 73.54 76.26 76.33 ... 71.1 70.22 69.44</div> <div> MFC_ring (state, radius) float64 0.01956 0.02383 ... 0.004592 0.004396</div> <div> Rain_circle (state, radius) Areal averaged TC rainfall within radii in 7 climate states calculated by the circle-average method (mm)</div> <div> Rain_ring (state, radius) Average TC rainfall within radial bands in 7 climate states calculated by the ring-average method (mm)</div> <div> PW_ring (state, radius) Average precipitable water within radial bands in 7 climate states calculated by the ring-average method (kg m-2)</div> <div> MFC_ring (state, radius) Average moisture flux convergence within radial bands in 7 climate states calculated by the ring-average method (g m-2 s-1)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_Azimean_levelmean_thermodynamic_dynamic_variables_3states_AllCats.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 3, level: 38, radius: 252, tc: 117)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2090s' 'high2090s'</div> <div> * level (level) int64 25 83 156 250 ... 16300 17000 17550 18100</div> <div> * radius (radius) int64 0 2 4 6 8 10 ... 492 494 496 498 500 502</div> <div> * tc (tc) int64 0 1 2 3 4 5 6 ... 110 111 112 113 114 115 116</div> <div>Data variables: (12/16)</div> <div> cape_azimean (state, level, radius) object 1890.2525300742138 ... nan</div> <div> Ta_azimean (state, level, radius) object 27.644140005330815 ... -...</div> <div> Qv_azimean (state, level, radius) object 0.020813525216797777 ......</div> <div> Qtti_azimean (state, level, radius) object 5.566690902988369e-08 .....</div> <div> ttip (state, tc) object 7997552.5 20351432.0 ... 8139392.0</div> <div> SST_levmean (state, tc) float64 29.44 29.49 30.23 ... 31.55 31.01</div> <div> ... ...</div> <div> etheta_azimean (state, level, radius) object 367.2280704092775 ... 40...</div> <div> updraft_azimean (state, level, radius) object 0.08083254853909848 ... ...</div> <div> downdraft_azimean (state, level, radius) object -0.019081951314966872 .....</div> <div> mfc_azimean (state, level, radius) object 0.00029923238185347746 ....</div> <div> ss_azimean (state, radius) object 48.3689839795465 ... 47.3942474...</div> <div> vms_azimean (state, radius) object 371.7967310109822 ... 364.55313...</div> <div> cape_azimean (state, level, radius) Azimuthally averaged convective available potential energy (CAPE) at radii up to 500 km from the TC center (J kg-1)</div> <div> Ta_azimean (state, level, radius) Azimuthally averaged air temperature at radii up to 500 km from the TC center (deg Celcius)</div> <div> Qv_azimean (state, level, radius) Azimuthally averaged water vapor mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> Qtti_azimean (state, level, radius) Azimuthally averaged total ice-related (ice|graupel|snow) mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> ttip (state, tc) Total cloud ice path in 3 future states (kg m-2)</div> <div> SST_levmean (state, tc) Mean SST within 500 km of the TC center (deg Celcius)</div> <div> Ta_levmean (state, tc, level) Level averaged Ta within 500 km of the TC center at each level (deg Celcius)</div> <div> Qv_levmean (state, tc, level) Level averaged Qv within 500 km of the TC center at each level (g kg-1)</div> <div> vt_azimean (state, level, radius) Azimuthally averaged tangential wind at radii up to 500 km from the TC center (kt)</div> <div> vr_azimean (state, level, radius) Azimuthally averaged radial wind at radii up to 500 km from the TC center (kt)</div> <div> etheta_azimean (state, level, radius) Azimuthally averaged equivalent potential temperature at radii up to 500 km from the TC center (deg Kelvin)</div> <div> updraft_azimean (state, level, radius) Azimuthally averaged updraft at radii up to 500 km from the TC center (kt)</div> <div> downdraft_azimean (state, level, radius) Azimuthally averaged downdraft at radii up to 500 km from the TC center (kt)</div> <div> mfc_azimean (state, level, radius) Azimuthally averaged moisture flux convergence at radii up to 500 km from the TC center (kg m-2 s-1)</div> <div> ss_azimean (state, radius) Azimuthally averaged static stability at radii up to 500 km from the TC center (deg Kelvin)</div> <div> vms_azimean (state, radius) Azimuthally averaged convective stability at radii up to 500 km from the TC center (MJ m-1 s-2)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_Azimean_levelmean_thermodynamic_dynamic_variables_3states_TSs.nc</div> <div>Data variables: (12/14)</div> <div> Ta_azimean (state, level, radius) object 27.457257781178235 ... -...</div> <div> Qv_azimean (state, level, radius) object 0.020375530778800895 ......</div> <div> Qtti_azimean (state, level, radius) object 5.639538301516413e-08 .....</div> <div> SST_levmean (state, tc) float64 29.44 29.49 30.23 ... 31.55 31.01</div> <div> Ta_levmean (state, tc, level) float32 28.13 27.51 ... -83.1 -83.41</div> <div> Qv_levmean (state, tc, level) float32 20.09 19.83 ... 0.00155</div> <div> ... ...</div> <div> etheta_azimean (state, level, radius) object 360.9125096202158 ... 40...</div> <div> updraft_azimean (state, level, radius) object 0.07054015061042855 ... ...</div> <div> downdraft_azimean (state, level, radius) object -0.018065747224214473 .....</div> <div> mfc_azimean (state, level, radius) object 0.00020737332807555921 ....</div> <div> ss_azimean (state, radius) object 46.39805195710858 ... 47.228965...</div> <div> vms_azimean (state, radius) object 361.6881448325401 ... 365.20869...</div> <div> Ta_azimean (state, level, radius) Azimuthally averaged air temperature at radii up to 500 km from the TC center (deg Celcius)</div> <div> Qv_azimean (state, level, radius) Azimuthally averaged water vapor mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> Qtti_azimean (state, level, radius) Azimuthally averaged total ice-related (ice|graupel|snow) mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> SST_levmean (state, tc) Mean SST within 500 km of the TC center (deg Celcius)</div> <div> Ta_levmean (state, tc, level) Level averaged Ta within 500 km of the TC center at each level (deg Celcius)</div> <div> Qv_levmean (state, tc, level) Level averaged Qv within 500 km of the TC center at each level (g kg-1)</div> <div> vt_azimean (state, level, radius) Azimuthally averaged tangential wind at radii up to 500 km from the TC center (kt)</div> <div> vr_azimean (state, level, radius) Azimuthally averaged radial wind at radii up to 500 km from the TC center (kt)</div> <div> etheta_azimean (state, level, radius) Azimuthally averaged equivalent potential temperature at radii up to 500 km from the TC center (deg Kelvin)</div> <div> updraft_azimean (state, level, radius) Azimuthally averaged updraft at radii up to 500 km from the TC center (kt)</div> <div> downdraft_azimean (state, level, radius) Azimuthally averaged downdraft at radii up to 500 km from the TC center (kt)</div> <div> mfc_azimean (state, level, radius) Azimuthally averaged moisture flux convergence at radii up to 500 km from the TC center (kg m-2 s-1)</div> <div> ss_azimean (state, radius) Azimuthally averaged static stability at radii up to 500 km from the TC center (deg Kelvin)</div> <div> vms_azimean (state, radius) Azimuthally averaged convective stability at radii up to 500 km from the TC center (MJ m-1 s-2)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_Azimean_levelmean_thermodynamic_dynamic_variables_3states_TYs.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 3, level: 38, radius: 252, tc: 117)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2090s' 'high2090s'</div> <div> * level (level) int64 25 83 156 250 ... 16300 17000 17550 18100</div> <div> * radius (radius) int64 0 2 4 6 8 10 ... 492 494 496 498 500 502</div> <div> * tc (tc) int64 0 1 2 3 4 5 6 ... 110 111 112 113 114 115 116</div> <div>Data variables: (12/14)</div> <div> Ta_azimean (state, level, radius) object 27.515624558698093 ... -...</div> <div> Qv_azimean (state, level, radius) object 0.020579266032935868 ......</div> <div> Qtti_azimean (state, level, radius) object 5.815300849925888e-08 .....</div> <div> SST_levmean (state, tc) float64 29.44 29.49 30.23 ... 31.55 31.01</div> <div> Ta_levmean (state, tc, level) float32 28.13 27.51 ... -83.1 -83.41</div> <div> Qv_levmean (state, tc, level) float32 20.09 19.83 ... 0.00155</div> <div> ... ...</div> <div> etheta_azimean (state, level, radius) object 366.45252777008426 ... 4...</div> <div> updraft_azimean (state, level, radius) object 0.08167928852011325 ... ...</div> <div> downdraft_azimean (state, level, radius) object -0.017788485333689888 .....</div> <div> mfc_azimean (state, level, radius) object 0.00028844761894039205 ....</div> <div> ss_azimean (state, radius) object 47.93880505618239 ... 47.189455...</div> <div> vms_azimean (state, radius) object 369.8002440991976 ... 364.41387...</div> <div> Ta_azimean (state, level, radius) Azimuthally averaged air temperature at radii up to 500 km from the TC center (deg Celcius)</div> <div> Qv_azimean (state, level, radius) Azimuthally averaged water vapor mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> Qtti_azimean (state, level, radius) Azimuthally averaged total ice-related (ice|graupel|snow) mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> SST_levmean (state, tc) Mean SST within 500 km of the TC center (deg Celcius)</div> <div> Ta_levmean (state, tc, level) Level averaged Ta within 500 km of the TC center at each level (deg Celcius)</div> <div> Qv_levmean (state, tc, level) Level averaged Qv within 500 km of the TC center at each level (g kg-1)</div> <div> vt_azimean (state, level, radius) Azimuthally averaged tangential wind at radii up to 500 km from the TC center (kt)</div> <div> vr_azimean (state, level, radius) Azimuthally averaged radial wind at radii up to 500 km from the TC center (kt)</div> <div> etheta_azimean (state, level, radius) Azimuthally averaged equivalent potential temperature at radii up to 500 km from the TC center (deg Kelvin)</div> <div> updraft_azimean (state, level, radius) Azimuthally averaged updraft at radii up to 500 km from the TC center (kt)</div> <div> downdraft_azimean (state, level, radius) Azimuthally averaged downdraft at radii up to 500 km from the TC center (kt)</div> <div> mfc_azimean (state, level, radius) Azimuthally averaged moisture flux convergence at radii up to 500 km from the TC center (kg m-2 s-1)</div> <div> ss_azimean (state, radius) Azimuthally averaged static stability at radii up to 500 km from the TC center (deg Kelvin)</div> <div> vms_azimean (state, radius) Azimuthally averaged convective stability at radii up to 500 km from the TC center (MJ m-1 s-2)</div> <div> </div> <div> </div> <div>----------------------------------------------------------------------------------------</div> <div>Data_Azimean_levelmean_thermodynamic_dynamic_variables_3states_STYs.nc</div> <div><xarray.Dataset></div> <div>Dimensions: (state: 3, level: 38, radius: 252, tc: 117)</div> <div>Coordinates:</div> <div> * state (state) <U9 'CTR' 'med2090s' 'high2090s'</div> <div> * level (level) int64 25 83 156 250 ... 16300 17000 17550 18100</div> <div> * radius (radius) int64 0 2 4 6 8 10 ... 492 494 496 498 500 502</div> <div> * tc (tc) int64 0 1 2 3 4 5 6 ... 110 111 112 113 114 115 116</div> <div>Data variables: (12/14)</div> <div> Ta_azimean (state, level, radius) object 28.677196671837233 ... -...</div> <div> Qv_azimean (state, level, radius) object 0.022842606379269957 ......</div> <div> Qtti_azimean (state, level, radius) object 4.0012758302765466e-08 ....</div> <div> SST_levmean (state, tc) float64 29.44 29.49 30.23 ... 31.55 31.01</div> <div> Ta_levmean (state, tc, level) float32 28.13 27.51 ... -83.1 -83.41</div> <div> Qv_levmean (state, tc, level) float32 20.09 19.83 ... 0.00155</div> <div> ... ...</div> <div> etheta_azimean (state, level, radius) object 376.0869964585824 ... 40...</div> <div> updraft_azimean (state, level, radius) object 0.0844076324643325 ... 0...</div> <div> downdraft_azimean (state, level, radius) object -0.02603523353916364 ......</div> <div> mfc_azimean (state, level, radius) object 0.0004255960070462955 .....</div> <div> ss_azimean (state, radius) object 52.07136400532476 ... 48.142035...</div> <div> vms_azimean (state, radius) object 389.7398573564309 ... 364.59206...</div> <div> Ta_azimean (state, level, radius) Azimuthally averaged air temperature at radii up to 500 km from the TC center (deg Celcius)</div> <div> Qv_azimean (state, level, radius) Azimuthally averaged water vapor mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> Qtti_azimean (state, level, radius) Azimuthally averaged total ice-related (ice|graupel|snow) mixing ratio at radii up to 500 km from the TC center (g kg-1)</div> <div> SST_levmean (state, tc) Mean SST within 500 km of the TC center (deg Celcius)</div> <div> Ta_levmean (state, tc, level) Level averaged Ta within 500 km of the TC center at each level (deg Celcius)</div> <div> Qv_levmean (state, tc, level) Level averaged Qv within 500 km of the TC center at each level (g kg-1)</div> <div> vt_azimean (state, level, radius) Azimuthally averaged tangential wind at radii up to 500 km from the TC center (kt)</div> <div> vr_azimean (state, level, radius) Azimuthally averaged radial wind at radii up to 500 km from the TC center (kt)</div> <div> etheta_azimean (state, level, radius) Azimuthally averaged equivalent potential temperature at radii up to 500 km from the TC center (deg Kelvin)</div> <div> updraft_azimean (state, level, radius) Azimuthally averaged updraft at radii up to 500 km from the TC center (kt)</div> <div> downdraft_azimean (state, level, radius) Azimuthally averaged downdraft at radii up to 500 km from the TC center (kt)</div> <div> mfc_azimean (state, level, radius) Azimuthally averaged moisture flux convergence at radii up to 500 km from the TC center (kg m-2 s-1)</div> <div> ss_azimean (state, radius) Azimuthally averaged static stability at radii up to 500 km from the TC center (deg Kelvin)</div> <div> vms_azimean (state, radius) Azimuthally averaged convective stability at radii up to 500 km from the TC center (MJ m-1 s-2)</div> <div> </div>
FIGURE 5 in Porpomyces submucidus (Hydnodontaceae, Basidiomycota), a new species from tropical China based on morphological and molecular evidence
FIGURE 5. Microscopic structures of Porpomyces submucidus (holotype). a: Basidiospores. b: Basidia and basidioles. c: Hyphae from trama. d: Hyphae from subiculum.
FIGURE 3 in Porpomyces submucidus (Hydnodontaceae, Basidiomycota), a new species from tropical China based on morphological and molecular evidence
FIGURE 3. Phylogenetic position of Porpomyces submucidus inferred from ITS+nLSU sequences. Branches are labeled with bootstrap values (before slash) higher than 50% and Bayesian posterior probabilities (after slash) more than 0.95.
FIGURE 2 in Porpomyces submucidus (Hydnodontaceae, Basidiomycota), a new species from tropical China based on morphological and molecular evidence
FIGURE 2. Phylogenetic position of Porpomyces submucidus inferred from nLSU sequences. Branches are labeled with bootstrap values (before slash) higher than 50% and Bayesian posterior probabilities (after slash) more than 0.95.
FIGURE 1 in Porpomyces submucidus (Hydnodontaceae, Basidiomycota), a new species from tropical China based on morphological and molecular evidence
FIGURE 1. Phylogenetic position of Porpomyces submucidus inferred from ITS sequences. Branches are labeled with bootstrap values (before slash) higher than 50% and Bayesian posterior probabilities (after slash) more than 0.95.
FIGURE 2. A–D in Morphological diversity of benthic Nostocales (Cyanoprokaryota/Cyanobacteria) from the tropical rocky shores of Huatulco region, Oaxaca, México
FIGURE 2. A–D. Brasilonema sp. A. Filaments densely fasciculate. B. False branches. C. Intercalary heterocyte. D. Development of isopolar hormogonia. E–I. Myochrotes sp. E. Geminate and simple false branches. F. Filaments constricted, densely entangled and widening towards ends. G. Hormogonia in a row. H. Closed apex closed prior to hormogonia liberation. I. Isopolar filament with variations in diameter. Arrow pointing at crescent-shape hormogonia, ap = apical cell, nc = necridic cell, ihet =intercalary heterocyte. Scale bars: A = 20 μm, D = 20 μm, B, C, E–I = 6 μm.
FIGURE 1. A. Map showing study area. B in Morphological diversity of benthic Nostocales (Cyanoprokaryota/Cyanobacteria) from the tropical rocky shores of Huatulco region, Oaxaca, México
FIGURE 1. A. Map showing study area. B. Ophiotrix sp. growth at Cacaluta bay. D. Hassallia littoralis growth at El Arrocito bay. E. Petalonema sp. growth at San Agustín bay. F. Kyrtuthrix cf. maculans growth at Panteones beach. G, H. Brasilonema sp. growth at Tangolunda bay. B, C, D. Supratidal environments. E, F, G. Intertidal environments.
FIGURE 4. A–D in Morphological diversity of benthic Nostocales (Cyanoprokaryota/Cyanobacteria) from the tropical rocky shores of Huatulco region, Oaxaca, México
FIGURE 4. A–D. Scytonematopsis cf. crustacea. A. Thallus with false branching. B. Thallus of isopolar attenuated filaments, basal and intercalary heterocytes. C. Isopolar crescent-shaped development of hormogonia. D. Isopolar hormogonia formation. E–H. Kyrtuthrix cf. maculans E. Isopolar and attenuated filaments in parallel series. F. Filaments within a firm sheath. G. Epilithic thallus with intercalary heterocytes. H. Cells pyramid-shaped, arrow pointing at heteropolar hormogonia formation. het = heterocyte, ihet = intercalary heterocyte, bhet = basal heterocyte. Scale bars: A = 30 μm, B–C = 20 μm, D–H = 6 μm.
FIGURE 3. A–D in Morphological diversity of benthic Nostocales (Cyanoprokaryota/Cyanobacteria) from the tropical rocky shores of Huatulco region, Oaxaca, México
FIGURE 3. A–D. Ophiothrix sp. A. Filament with wide "U" shape. B. False branching detail. C. Apex closed and intercalary heterocyte. D. Isopolar hormogonia. E. Heteropolar hormogonia. F. Hormogonia formation by necridic cell. G–L. Petalonema sp. G. Thallus showing erect loops. H, L. Filament folds with loops. I. Isopolar hormogonia formation by heterocytes. J. Closed apex. K. Trichomes constricted at cross walls. nc = necridic cell, bhet = basal heterocyte, ihet = intercalary heterocyte, phet = pro-heterocyte. Scale bars: A = 20 μm, G = 30 μm, B–F, H–L = 6 μm.
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