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Figure 14 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 14. Biology and morphology of Diogma glabrata. (A) Final instar larva of D. glabrata. (B) Later-instar larva feeding on Bryhnia cf. tenerrima (Brachytheciaceae). (C) Characters of anal segment. Abbreviations: dl, dorsal lobe; dm, dorsomedial lobe; vl, ventral lobe. Scale = 1 mm.
Figure 9 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 9. Histological characterisation of internal structure of anal segment of Liogma brevipecten at first instar, in crosssection. Selected cross-sections of anal segment from anterior (A) to posterior (D), showing spiracular field and surroundings. Black arrowheads denote intrinsic muscles of lateral lobes. Abbreviations: anp, anal papilla; at, atrium chamber; re, rectum; stg, stigmal ring. Scale = 50 µm.
Figure 13 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 13. Ultrastructure of Cylindrotoma japonica final-instar larva, SEM views. (A) larval head loaded with a mass of secretion (presumably silk material); secretion is reticulated and entirely conceals the head capsule but a small, circular opening is present near the centre (white arrowhead), which leads to the mouth underneath. (B) Close-up view of a secretion mass, which provides a cap for the head capsule, revealing delicate reticulated threads. Bright flaring is due to sample charge. (C) Isolated threads of the ventral thoracic segment; note that the diameter is greater than that of head part threads in image B. (D) Ventral lobe on abdominal segment VII, in which the cuticular surface is worn out due to abrasion. Scales as shown in each image.
Figure 6 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 6. Comparative morphology of dorsal elongated cuticular appendages on abdominal segment in cylindrotomine larvae at late instar. (A) Cylindrotoma japonica. (B) Diogma glabrata. (C) Liogma brevipecten. (D) L. mikado. (E) L. nodicornis. (F) L. serraticornis. (G) Triogma kuwanai. (H) Phalacrocera replicata. For C, E and H, body colour is faded away due to preservation in alcohol. Scale = 1 mm.
Figure 5 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 5. Schematic diagram illustrating diverse arrangements and numbers of the elongated cuticular lobes in 11 cylindrotomine species. Each diagram represents a simplified larval body, longitudinally grouped into six, based on the patterned arrangements of the lobes: (1) prothorax, (2) meso- and metathorax, (3) abdominal segment I, (4) abdominal segment II, (5) abdominal segments III–VII, and (6) abdominal segment VIII (anal segment). Each square partitioned by double lines in a row denotes the integument on the dorsal (dl), lateral (la), ventral (vl) sides of the corresponding segment(s). Each black dot symbolizes a cuticular lobe, of which position/size in a given space express the relative position/size of the lobe. Anal papillae are not shown. Lobe forms, auxiliary outgrowths, and relative length of segments are not shown here (see each species' own description). Each taxon name is abbreviated. For G and I, diagrams are based on the description in Brodo (1967) and Peus (1952), respectively; caution is needed when these are compared with the species examined herein (A–F, I–K), because the lobe characteristics could be treated differently in the previous studies. For K, a single lobe is present at the location of asterisk (*) only in the abdominal segment VII but not in the other segments.
Figure 18 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 18. Biology and structures of Phalacrocera replicata and P. tipulina. (A–B) P. replicata. (A) Specimen of lateinstar larva preserved in alcohol, dorsal view. (B) Characteristic lobes in anal segment, lateral view. (C–I) P. tipulina. (C) Specimen preserved in alcohol. (D) Late-instar larva curling its posterior body anchored with anal segment the Sphagnum mosses. (E) Late-instar larva floating near water surface with ventral side up, anchoring its mandibles to a moss shoot. (F) Morphological features of anal segment, oblique lateral view. (G) Ultrastructure of ventral lobe in anal segment, SEM view. (H) Ultrastructure of accessory dorsal lobe, SEM view. Abbreviations: anp, anal papilla; dac, accessory dorsal lobe; dl, dorsal lobe; dm, dorsomedial lobe; spd, spiracular disc; vl, ventral lobe. Scale (except G and H) = 1 mm.
Figure 4 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 4. Coloration and patterning of larval Cylindrotominae. (A) Dissected integuments of larvae with a green hue of L. brevipecten (left) and L. mikado (right). Note that there is a marked difference in integument colouration between them and that L. mikado has a yellowish tint. (B) Final-instar larva of Cylindrotoma japonica drowned in a wet spot on a leaf. The transparency of the integument is evident, with a shiny, silvery ventral side. (C–D) Colour dimorphism in Liogma mikado. (C) Late-instar larva of Liogma mikado with a green hue, blending in well in a tuft of Plagiothecium euryphyllum (Plagiotheciaceae). (D) Late-instar individual with a brown hue, occurring on the same moss patch as (C).
Figure 7 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 7. Ultrastructure of dorsal integument, SEM views. Dorsal integument with elongated cuticular lobes of abdominal segment at larval stage. Cylindrotoma japonica (A–C). (A) General dorsal integument. (B) Dorsal elongated lobe. (C) Ditto, closer view. Liogma brevipecten (D–F). (D) General dorsal integument. (E) Dorsal elongated lobe, lateral side. (F) Ditto, frontal side. Phalacrocera tipulina (G–I). (G) General dorsal integument to which diatoms and debris are sparsely attached. (H) Ditto, closer view. (I) Dorsal elongated lobe. Scales are shown in each image.
Figure 2 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 2. Eggs of Cylindrotominae (Cylindrotomidae). (A) Liogma brevipecten, dorsal (left) and ventral sides (right); micropyle at the distal end (black arrowhead) and possess a lateral adhesive region (white arrowhead). (B) Liogma brevipecten on the lower side of a liverwort thallus of Conocephalum conicum (Conocephalaceae). (C) Triogma kuwanai, on a dicot shoot. Scale = 500 µm.
Figure 1 in Moss mimesis par excellence: integrating previous and new data on the life history and larval ecomorphology of long-bodied craneflies (Diptera: Cylindrotomidae: Cylindrotominae)
Figure 1. Life history of Cylindrotominae. (A) First-instar larva of Triogma kuwanai consuming fluid within a leaf of Plagiomnium vesicatum (Mniaceae), dorsal view; cells devoid of chlorophyll (black arrowheads) indicate the piercing-andsucking feeding method. (B) Final-instar larva of Liogma brevipecten chewing a leaf margin of Rhizomnium tuomikoskii (Mniaceae), lateral view; note that the head capsule is fully retracted within the lip-like cuticular lobe. (C) Pupa of Liogma brevipecten with a green hue and displaying transverse black stripes in abdominal segments, dorsal view. (D) Copulating couple of Liogma mikado on moss tufts; the female, on the left, was dragged out of the pupal exuvium by the male and thus the body has not been completely sclerotised. (E) Leaf of Stellaria (Caryophyllaceae) with two characteristic incisions in the epidermis of the lower leaf surface (white arrowheads) due to endophytic oviposition; the eggs are absent. (F) Egg of L. mikado laid on a shoot of Hylocomnium splendens (Hylocomniaceae). (G) Larva of C. japonica, which is being preyed upon by what is presumably a third-instar nymph of Himacerus apterus (Hemiptera: Nabidae). Scale = 1 mm.
Excel TOP estudiantes-nota media
<p>Datos de nombres de estudiantes junto con su nota media.</p>
Data for: Thriving in a pandemic: determinants of excellent wellbeing among New Zealanders during the 2020 COVID-19 lockdown; a cross-sectional survey
<p><strong>Objective:</strong> The COVID-19 pandemic and associated restrictions are associated with adverse psychological impacts but an assessment of positive wellbeing is required to understand the overall impacts of the pandemic.</p> <p><strong>Methods: </strong>The NZ Lockdown Psychological Distress Survey measured excellent wellbeing categorised by a WHO-Five Well-being Index (WHO-5) score ≥22. The survey also contained demographic and pre-lockdown questions, subjective and objective lockdown experiences, and questions on alcohol use. The proportion of participants with excellent wellbeing is reported with multivariate analysis examining the relative importance of individual factors associated with excellent wellbeing.</p> <p><strong>Results:</strong> Approximately 9% of the overall sample reported excellent wellbeing during the New Zealand lockdown. Excellent wellbeing status was associated with older age, male gender, Māori and Asian ethnicity, and lower levels of education. Excellent wellbeing was negatively associated with smoking, poor physical and mental health, and previous trauma.</p> <p><strong>Conclusion:</strong> A substantial minority of New Zealanders reported excellent wellbeing during severe COVID-19 pandemic restrictions. Demographic and broader health factors predicted excellent wellbeing status. An understanding of these factors may help to enhance wellbeing during any future lockdowns.</p>
CC, Master Excel Supplement STATIC
<p>Excel of Excess Death Comparison</p>
Excel data set for meta-analysis
<p>Data set for Effectiveness of cognitive behavioural therapy-based interventions for maternal perinatal depression: a systematic review and meta-analysis</p>
Supplementary File_Nirmatrelvir_Risk of Bias Excel Tool (Version 1)
<p>Supplementary material (Risk of Bias Excel Tool (Version 1)) for the Cochrane Review "Nirmatrelvir combined with ritonavir for preventing and treating COVID-19".</p>
Supplementary data (excel tables) for manuscritpt under revision (more details when the manuscript will be accepted for publication)
Open the record for dataset details and reuse information.
Supporting Excel file for "Labor and Product Impact Estimation under IMACS"
<p>This Excel file show the calculations used to create the charts and table used in paper "<span>Impact Estimation and Product Classification for IMACS".</span></p>
Excel code for: Trading off nature for nature-based solutions: The bioeconomics of forest management for wildlife, timber and carbon
<p>This dataset contains MS Excel spreadsheet code used to analyze an integrative model that illustrates the inherent trade-offs that will arise among the competing values for landscape space in a boreal forest ecosystem involving interactions among the main trophic compartments of an intact boreal ecosystem, aka "nature". The model accounts for carbon accumulation via biomass growth of forest trees (timber), carbon loss due to controls from moose herbivory that varies with moose population density (hunting), and soil carbon inputs and release, which together determine net ecosystem productivity (NEP), a measure of carbon sink strength of the ecosystem. We examine how controls on carbon dynamics are altered by forest management for timber harvest, and by moose hunting. We link the ecological dynamics with an economic analysis by assigning a price to carbon stored within the intact boreal forest ecosystem. We then weigh these carbon impacts against the economic benefits of timber production and hunting across a range of moose population densities. Combined, this carbon-bioeconomic program calculates the total ecosystem benefit of a modelled boreal forest system, providing a framework for examining how different forest harvest and moose densities influence the achievement of carbon storage targets, under different levels of carbon pricing.</p>
Excel Sheet (study data)
<p>Excel Sheet (Data collected)</p>
FIGURE 1 in Roger Ward Crosskey-The Life and Contributions of an Entomologist par Excellence (1930 - 2017)
FIGURE 1. PeN aNd INK IllUSTRaTION Of The INTeRNal aNaTOMY Of Calliphora (DIPTeRa) bY ROGeR CROSSKeY, fROM hIS cOlleGe labORaTORY bOOK fOR a cOURSe IN INSecT MORPhOlOGY, 10 APRIl l949.
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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.