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15 results for “biodiversity reservoir”
Biodiversity reservoirs dataset
<p>This is the datasets used in Lipoma, M.L.; Fortunato, V.; Enrico, L. and Díaz, S.M, 2019. "Where does the forest come back from? Soil and litter seed banks and juvenile bank as sources of vegetation resilience in a semiarid Neotropical forest". Accepted for publication in Journal of Vegetation Science. </p> <p>Information about the dataset is indicated in the .txt file with the same name. </p>
Sequencing data: Fungi, fire and insects: Protea infructescences as reservoirs for fungal biodiversity in fire-prone environments
<p>This is the dataset for a submitted manuscript entitled "Fungi, fire and insects: <em>Protea</em> infructescences as reservoirs for fungal biodiversity in fire-prone environments".</p> <p>The upload contains all forward and reverse paired end .fastq files. The files are already demultiplexed. The metadata.xlsx file contains sample information, gps coordinates, etc.</p> <p> </p>
Data from: Seed banks are biodiversity reservoirs: species-area relationships above versus below ground
Soil seed banks offer plants the possibility to disperse through time. This has implications for population and community dynamics, as recognised by ecological and evolutionary theory. In contrast, the conservation and restoration literature often find seed banks to be depauperate, weedy and without much conservation value or restoration potential. One explanation for these contrasting views might lie in a systematic bias in the sampling of seed banks versus established plant communities. We use the species–area relationship as a tool to assess and compare the per-area species richness and spatial structuring of the diversity of the established plant community versus soil seed banks. To allow this direct comparison we extensively survey the species–area relationship of the vegetation and underlying seed bank of a grassland community across twelve sites spanning regional bioclimatic gradients. We also compile a global dataset of established vegetation and seed banks from published sources. We find that seed banks have consistently higher intercepts and slopes of the relationship, and hence higher diversity at any given spatial scale, than the vegetation both in the field and literature study. This is consistent across habitat types, climate gradients, and biomes. Similarity indices are commonly used to compare vegetation and seed bank, and we find that sampling effort (% of the vegetation area sampled for seed bank) was the strongest predictor of vegetation–seed bank similarity for both the Sørensen (R2 = 0.70) and the Raup–Crick (R2 = 0.25) index. Our study suggests that the perception that seed banks are intrinsically less diverse than established plant communities has been based more on inadequate sampling than on biological reality. Across a range of ecosystems and climatic settings, we find high diversity in seed banks relative to the established community, suggesting potentially important roles of seed banks in population dynamics and diversity maintenance.
Fleshy red algae mats act as temporary reservoirs for sessile invertebrate biodiversity - Raw data for biodiversity analysis, species list and detailed output data from iNEXT procedure
<p>Raw data for biodiversity analysis, species list and detailed output data from iNEXT procedure for manuscript entitled "Fleshy red algae mats act as temporary reservoirs for sessile invertebrate biodiversity".</p>
FIGURE 15. A–D in The genus Neoseiulus Hughes (Mesostigmata: Phytoseiidae) in the Espinhaço Range, a great reservoir of biodiversity in Brazil
FIGURE 15. A–D. Neoseiulus tunus, serration of dorsal setae Z1 and S2. A. setae Z1 and S2 smooth (Serra do Cipó, Minas Gerais); B. Z1 smooth, S2 barbed (Canyon Guartelá, Paraná); C. barbed Z1, serrated S2 (Canyon Guartelá, Paraná); D. barbed Z1, serrated S2 (Almadina, Bahia).
FIGURES 1–5 in The genus Neoseiulus Hughes (Mesostigmata: Phytoseiidae) in the Espinhaço Range, a great reservoir of biodiversity in Brazil
FIGURES 1–5. Neoseiulus cipoensis sp. nov., female. 1. Dorsal and lateral idiosoma; 2. Ventral idiosoma; 3. Spermatheca; 4. Chelicera; 5. Leg IV, tibia and basitarsus.
FIGURES 11–13 in The genus Neoseiulus Hughes (Mesostigmata: Phytoseiidae) in the Espinhaço Range, a great reservoir of biodiversity in Brazil
FIGURES 11–13. Neoseiulus diamantinus sp. nov., male. 11. Dorsal idiosoma; 12. Ventral idiosoma; 13. Chelicera and spermatodactyl.
FIGURES 6–10 in The genus Neoseiulus Hughes (Mesostigmata: Phytoseiidae) in the Espinhaço Range, a great reservoir of biodiversity in Brazil
FIGURES 6–10. Neoseiulus diamantinus sp. nov., female. 6. Dorsal and lateral idiosoma; 7. Ventral idiosoma; 8. Spermatheca; 9. Chelicera; 10. Leg IV, tibia and basitarsus.
FIGURE 14. A in The genus Neoseiulus Hughes (Mesostigmata: Phytoseiidae) in the Espinhaço Range, a great reservoir of biodiversity in Brazil
FIGURE 14. A. Neoseiulus benjamini, ornamentation of female epigynal shield. B–C. Neoseiulus diamantinus sp. nov. female; B. anterior part of the peritreme; C. posterior projections of sternal shield and metasternal plates. D. Neoseiulus melinis, anterior part of the peritremes.
FIGURE 16. A–B. Neoseiulus tunus, smooth dorsal setae S4 and S5. A in The genus Neoseiulus Hughes (Mesostigmata: Phytoseiidae) in the Espinhaço Range, a great reservoir of biodiversity in Brazil
FIGURE 16. A–B. Neoseiulus tunus, smooth dorsal setae S4 and S5. A. female from Canyon Guartelá, Paraná; B. female from Serra do Cipó, Minas Gerais.
Biodiversity map: Reservoirs in the northeast and central-west regions of Brazil.
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Data from: Seed banks are biodiversity reservoirs: species-area relationships above versus below ground
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Figure 1 in Biodiversity and the Three Gorges Reservoir: a troubled marriage
Figure 1. Location of the Three Gorges Reservoir.
Data from: Emerging reservoir delta-backwaters: biophysical dynamics and riparian biodiversity
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Biodiversity map: Reservoirs in central and southern Argentina.
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
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OpenNeuro
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