Data

Dataset contains angler effort information for waterbodies in North Dakota and South Dakota collected through creel surveys between 1991 - 2019. The dataset also contains waterbody surface area estimates for each sampled waterbody that were gathered through remote sensing. Finally, the dataset contains waterbody surface area estimates for all public, managed waterbodies within the Devils...

This dataset contains life-stage–specific survey, detection, and habitat covariate data for pākuʻikuʻi (Acanthurus achilles) collected on Hawaiʻi Island in 2024. The project supports fisheries management of this declining fish population by modeling occupancy and detection rates of juveniles and adults at over 50 sites around the island as a function of environmental traits...

This table contains field measured surface, ground, and woody material for 164 plots across four sites in southwestern Virginia. Also included are metrics derived from coincident terrestrial laser scanning use to predict fuel loading. In the course of model creation, outliers were removed and hierarchical clustering was used to improve model performance, these groups are also recorded in...

This dataset contains basic morphological data: total length, body depth, body width, weight, and swimming performance metrics: relative Uburst, relative Ucrit, absolute Uburst, and absolute Ucrit for hybridized Molly Poecilia mexicana X P. salvatoris X P. sphenops, Green Swordtail Xiphophorus hellerii, and Blackchin Tilapia Sarotherodon melanotheron collected from the Ala Wai and Halawa

This data release is associated with a study examining the spatial ecology and behavior of three focal mammal species: kit fox (*Vulpes macrotis*), coyote (*Canis latrans*), and black-tailed jackrabbit (*Lepus californicus*) in the East Riverside Development Focus Area (ERDFA) in Riverside County, California. Camera-trap surveys were conducted between April and July 2021 at two...

This dataset contains environmental conditions collected for each survey for at site in the lower Tallapoosa River catchment. Sites were sampled a minimum of three times per sampling season.

This dataset contains ages and otolith increment measurements in order to relate the age and growth of fish to flow and thermal conditions.

This dataset contains morphological measurements and derived body shape metrics for freshwater fish collected from the lower Tallapoosa River catchment. Fish were sampled from multiple sites and localities where each row represents measurements from a single individual fish. Multiple replicates of each species were measured.

This dataset contains water temperature and flow calculations from the lower Tallapoosa River catchment. Data was derived from U.S. Geological Survey Gauges and placed water temperature and level loggers.

This raster dataset provides estimated ecosystem condition scores, representing the difference between current conditions and reference/baseline conditions, for Utah, USA for the year 2024. The data are analogous to LANDFIRE's Vegetation Departure Scores (which are calculated using LANDFIRE Succession-Class raster data, and LANDFIRE Biophysical Settings raster data), but we used custom...

Species distribution models are useful for wildlife management by identifying suitable habitats and communities for focal species. Identifying these key relationships may allow for predictions of a species in undersurveyed or unmanaged areas, providing a way to fill data gaps and save resources. However, when species or community distribution models are limited in spatial extent (i.e...

The data set evaluates the relationship between water surface area and angler effort on Devil's Lake, North Dakota. Over the last 30+ years, water levels have expanded/contracted in Devil's laking owing to variation in climate (precipitation). Positive changes (i.e. expansion) in the lake surface area results in increased fish production and angling opportunities that positively...