187 matching use cases
USGS ×Low ×
OMB-IND-DOI-0073OMB Individually Reported

Automated photographic identification of Eastern box turtles

Matching photographs from a database of photos to determine capture history of individuals which can then be used in capture-recapture models to estimate population size and demog…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0074OMB Individually Reported

Automated identification of ducks from hunter-submitted photos using deep learning models

species identification of photographs of hunter-shot ducks for use in waterfowl harvest management

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0075OMB Individually Reported

Automating the Detection and Classification of Wildlife in Aerial Imagery [2024 INV#WO0000000109409]

The tools and workflows developed by this project will be used by the Bureau of Ocean Energy Management (BOEM) to assess wildlife populations as part of planning and monitoring fo…

OMB Individually ReportedEnergy and the EnvironmentLow risk
OMB-IND-DOI-0076OMB Individually Reported

PFAS model of soils in the northeast

We are predicting PFAS concentrations in soil across the northeast region

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0077OMB Individually Reported

ATLAS

Literature review and data compilation is the most time-consuming phase of the mineral resource assessment workflow (https://www.usgs.gov/media/images/usgs-mineral-resource-assess…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0078OMB Individually Reported

PFAS Groundwater Model

We are building a model (likely random forest or boosted regression tree) to predict PFAS concentrations in groundwater supplies in the US.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0079OMB Individually Reported

Flor-AI: Developing a Remotely Sensed Image Classification Method for Inventory and Monitoring of Flora in Digital UAS Imagery

This project supports the management of oak-pine barrens on the Necedah National Wildlife Refuge, Wisconsin. Necedah NWR staff conduct habitat management actions (prescribed burni…

OMB Individually ReportedEnergy and the EnvironmentLow risk
OMB-IND-DOI-0080OMB Individually Reported

U.S. Wind Turbine Database

Capture of geographic location of wind turbines from high resolution satellite imagery with object detection pipelines vs manual methods

OMB Individually ReportedEnergy and the EnvironmentLow risk
OMB-IND-DOI-0081OMB Individually Reported

Submersed Aquatic Vegetation Vulnerability Evaluation Application (SAVVEA)

Aid understanding of aquatic ecosystem constraints for vegetation growth

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0082OMB Individually Reported

Hydrologic predictions for the Upper Mississippi River System using a hybrid deep learning approach.

Utilize historical datasets of air temperature, precipitation, discharge, and water surface elevation to train a deep learning model to predict discharge and water surface elevati…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0083OMB Individually Reported

Integrate High-resolution Satellite Remote Sensing Data with Automated Machine Learning Techniques to Enhance Water Quality Assessment

understanding water quality in the Mississippi River using available data

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0084OMB Individually Reported

Estimates of Habitat Suitability of Reed Canarygrass (Phalaris arundinacea) in Upper Mississippi River Floodplain Forest Understories

A better understanding of where in the Upper Mississippi River floodplain and invasive grass may occur.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0085OMB Individually Reported

Detecting and tracking reed canarygrass (Phalaris arundinacea) invasion in the Upper Mississippi River floodplain using remote sensing and artifial intelegence.

We have a limited understanding of how the distribution of an invasive grass has changed over time. We seek to use satellite imagery to identify and track annual changes in the di…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0087OMB Individually Reported

Developing land cover maps for barrier islands using satellite imagery

The objective of this ML/AL use case was to map land cover on barrier islands using satellite imagery.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0088OMB Individually Reported

Reducing elevation error in coastal wetland digital elevation models

The objective of this use case was to train/deploy a random forest regression model to reduce elevation error in a coastal wetland digital elevation model.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0090OMB Individually Reported

Patterns in the Landscape – Analyses of Cause and Effect

ML satellite image classification is being used to better map flooding and fire events/characteristics for more effect hazard management.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0091OMB Individually Reported

Diploid Detector/Triploid Tracker for Grass Carp

There are expected benefits from the ability to determine whether Grass Carp can reproduce (diploid, with two sets of chromosomes) and thus take over and damage an ecosystem, or w…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0092OMB Individually Reported

Frog vocalization recognition from digital recordings

Automated audio recorders make it easy to gather large amounts of digital audio recordings where frogs may be vocalizing. These recordings are too numerous to make it cost effecti…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0094OMB Individually Reported

Using deep learning to classify potential piping plover habitat along the Upper Missouri River

The U.S. Army Corps of Engineers is required to assess piping plover habitat on the Missouri River annually, per a Biological Opinion. We have been using classification tools to m…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0095OMB Individually Reported

Global food-and-water security-support analysis data (GFSAD) project [2024 INV#WO0000000107073]

1. Landsat-derived rainfed and irrigated area-product of Conterminous United States (LRIP30) 2. Landsat-derived global cropland extent product @ 30 m (LGCEP30) 3. Landsat-derived…

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0096OMB Individually Reported

Fire Effects at Whiskeytown National Recreation Area and Lava Beds National Monument

We used random forests to predict the mortality class (live/dead) of lidar derived tree approximate objects and vegetation conditions.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0098OMB Individually Reported

Forest metrics at Redwood National and State Parks

We are developing a convolutional neural network in TensorFlow to predict the presence of treefall gaps based on Sentinel-2 imagery.

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0099OMB Individually Reported

Lake Champlain Cyanobacteria Bloom modeling

Developing prediction for harmful algal bloom occurrence

OMB Individually ReportedScienceLow risk
OMB-IND-DOI-0100OMB Individually Reported

Predicting post-fire tree mortality

We used random forests to select predictor variables for models of individual tree mortality following fire.

OMB Individually ReportedScienceLow risk