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Cell biology, microbiology, ecology, biodiversity, species data, evolutionary biology
23,075 datasets
A specific combination of a saturated C16 and monounsaturated C18 fatty acid exhibits optimal migration characteristics, including Lévy flights, among tested mixtures. The 13.0 KB dataset, published by Guanqiu Hao on figshare, contains data supporting the hypothesis that this combination may have been fundamental for the evolution of chemical systems into living cells. The dataset was last updated on 2026-05-27.
Yang Li's supplementary file contains results from a numerical simulation model investigating hemodynamic changes in tortuous coronary arteries before and after stent implantation. The model analyzed 12 scenarios combining three levels of vessel tortuosity with four degrees of stenosis (40%, 50%, 60%, and 70%). The study, last updated in 2026, found that velocity and wall shear stress were reduced post-stenting, potentially contributing to in-stent restenosis.
A multi-disciplinary study integrates palynological, petrographic, molecular, and stable isotopic analyses from four boreholes intersecting the Middle Ordovician Goldwyer Formation. Data indicate lateral and temporal variations in lipid biomarker assemblages, reflecting changing redox conditions, and include the oldest record of land plants in Australian Middle Ordovician strata. This research contributes to understanding Ordovician marine environments from a molecular perspective.
17.7 KB of isotopic data tracks a rare 1-in-66-year flood's impact on river-marine trophic subsidies in the Southern Indian Ocean. The dataset, created by Paul McInerney and last updated in May 2026, contains isotopic signatures (δ¹⁵N, δ¹³C, δ³⁴S) showing terrestrial nutrient enrichment in coastal marine animals. It demonstrates how major floods temporarily restore vital ecological linkages.
An hourly time-series dataset of planktonic microbial and viral communities from subtropical Daya Bay, collected over three days. The 4.2 GB dataset, authored by songze Chen and last updated in May 2026, includes metagenomic, metatranscriptomic, and viromic sequencing results. It captures fine-scale temporal variations in genomic composition and transcriptional activity.
88 Autonomous Reef Monitoring Structures (ARMS) were sampled over six years with associated long-term water quality data to study coastal cryptobenthic communities. The data, generated by Zhongyue Wan and last updated in April 2026, reveals how environmental and spatial processes interact in urbanized ecosystems. It includes findings on community resilience, the impact of nitrogen pollution, and source-sink dynamics identified through network analysis.
New South Wales statewide spatial layers of foliar moisture content (FMC) derived from Sentinel-2 satellite data between 2015 and 2024. The dataset includes statistical summaries like the 5th and 95th percentiles, mean, standard deviation, and total values for forest and woodland ecosystems. This work was funded by the NSW Koala Research Plan and is associated with a 2024 PhD thesis from Western Sydney University.
Geoscience Australia collected towed video and still images of the Australian seafloor from 2007 onwards. The data includes footage from 21 marine surveys conducted between 2007 and 2013, covering coastal, deep sea, and Antarctic waters. The video system was towed 1-2 metres above the seafloor, providing sharp images of geological features, habitats, and marine life.
The Urban Habitat Connectivity Project dataset contains modeled habitat connectivity and fragmentation data for eight species groups in the Australian Capital Territory. It includes layers for connected habitat and remnant patches, with attributes for species group, patch ID, habitat type, and area. The data was created by the ACT Government using expert-elicited metrics and spatial connectivity modeling.
A geospatial dataset from the Urban Habitat Connectivity Project modeling potential core, corridor, and remnant habitat patches for eight species groups in the urban Australian Capital Territory. The data includes attributes for species group, patch ID, habitat type, and area metrics, derived from expert-elicited connectivity models. It was published by the ACT Government Geospatial Data Catalogue and last updated on April 4, 2026.
Eight species groups have modeled habitat connectivity layers for the urban ACT. The dataset includes connected habitat and remnant patch layers, each with attributes like Species Group, Patch ID, Habitat Type, and Patch Area. It was created by the ACT Government using expert-derived metrics and spatial modeling.
Eight species groups have modeled habitat connectivity layers for the urban Australian Capital Territory. The data package includes connected habitat and remnant patch layers for each group, derived from expert-elicited metrics. ACT Government Geospatial Data Catalogue created this dataset, last updated in April 2026.
Eight species groups have potential habitat and fragmentation data modeled for the urban ACT. The dataset includes connected habitat and remnant patch layers, each with attributes like Species Group, Patch ID, Habitat Type, and Patch Area. It was created by the ACT Government using expert-derived metrics and spatial connectivity modeling.
A package of data containing potential habitat and fragmentation for eight species groups in the urban ACT. The data includes connected habitat layers showing core and corridor habitat and remnant patches layers for fragmented areas. It was created by the ACT Government using spatial data and expert-derived metrics for ecological connectivity modeling.
Eight species groups have modelled habitat connectivity layers for the urban ACT region. The data package contains connected habitat and remnant patch layers for each group, with attributes including Patch ID, Habitat Type, and Patch Area. The ACT Government Geospatial Data Catalogue created this data using expert-elicited metrics and spatial connectivity modelling.
Eight species groups have modeled habitat connectivity layers for the urban ACT region. The data package includes connected habitat and remnant patch layers, each with attributes like Species Group, Patch ID, Habitat Type, and Patch Area. The ACT Government produced this data using expert-derived metrics and spatial connectivity models, last updated in April 2026.
Eight species groups have modeled habitat connectivity data for the urban ACT region. The dataset contains connected habitat and remnant patch layers for each group, with attributes like Patch ID, Habitat Type, and Patch Area. It was created by the ACT Government using expert-elicited metrics and spatial connectivity modeling.
A package of geospatial data containing potential habitat and fragmentation for eight amphibian species groups in the urban Australian Capital Territory. The data includes connected habitat layers showing core and corridor habitat and fragmentation layers showing remnant patches, developed using expert-elicited metrics and connectivity modelling. The data was published by the ACT Government and last updated in April 2026.
A geospatial dataset package contains modeled potential habitat and fragmentation for eight species groups in the urban Australian Capital Territory. The data includes connected habitat layers showing core and corridor habitat and remnant patches layers for fragmented areas, derived from expert-elicited metrics and connectivity modeling. It was created by the ACT Government and last updated on April 4, 2026.
A geospatial dataset contains potential habitat and fragmentation layers for eight species groups in the urban Australian Capital Territory. The data includes connected habitat layers showing core and corridor habitat and remnant patches layers for restoration planning. It was created by the ACT Government using expert-elicited metrics and ecological connectivity modeling.