Public Plans
Public plans are plans created using the DMP Tool service and shared publicly by their owners. They are not vetted for quality, completeness, or adherence to funder guidelines.
Plans (204)
- Featured
NSF-AGS: Atmospheric and Geospace Sciences
Daymet Follow-On: Surface Weather Data with Uncertainty Quantification for Terrestrial Ecosystem Process Models
DMP dmpcurator, University of California, Office of the President (ucop.edu)
- Featured
NSF-AGS: Atmospheric and Geospace Sciences
Atmospheric CO2 Concentrations, Mauna Loa Observatory, Hawaii, 2011-2013
DMP dmpcurator, University of California, Office of the President (ucop.edu)
- Featured
NSF-AGS: Atmospheric and Geospace Sciences
USGS CDR/ECV DMP
Calli Jenkerson, United States Geological Survey (usgs.gov)
NSF-BIO: Biological Sciences
The Impact of Training Dataset Diversity on Reducing Demographic Bias in Large Language Models
Forrest Biddle, Unity College (unity.edu)
NSF-BIO: Biological Sciences
Seagrass Habitat Quality and Its Implications for Juvenile Fish Recruitment and Biodiversity
Jolie Woods, Unity College (unity.edu)
NSF-BIO: Biological Sciences
Incorporating Human Behavior in Epidemiological Models (IHBEM)
Anita Geldhof, Unity Environmental University
NSF-CISE: Computer and Information Science and Engineering
III: Ensuring Reliable Evaluation: Detecting and Mitigating LLM Judge Failures in IR/RAG Evaluation
Laura Dietz, University of New Hampshire (unh.edu)
NSF-CISE: Computer and Information Science and Engineering
B-CU Fortifying Cyberinfrastructure Operations for Research and Education
Grace Kouadjo, Bethune-Cookman University (cookman.edu)
NSF-ENG: Engineering
VINES: Track 1: NSF-RCF: GNSS-Aware Intelligent Networks - Multi-Signal Interference Detection, Data Fusion and Reliability Monitoring (GAIN)
Todd Walter, Stanford University (stanford.edu)
BCO-DMO NSF OCE: Biological and Chemical Oceanography
Understanding the environmental, physiological, and behavioral drivers of global benthic faunal biomass, ecosystem structure, and ecosystem function using trait-based methods
Remy Denechere, University of California, San Diego (ucsd.edu)
