October 9, 2024 CDI Monthly Meeting: Statement of Interest Lightning Presentations
The October 9, 2024 CDI monthly virtual meeting will feature 90-second lightning presentations from the statements of interest submitted to the CDI Request for Proposals.
Join us at our monthly meeting on October 9, 2024 from 11:00 am - 12:30 pm Eastern Time to hear lightning talks from our FY 2025 CDI Statement of Interest submitters!
| ID | Project Title |
|---|---|
| A | Enabling Accurate Positioning: Critical Updates needed in GIS Protocols to Support Lunar and Planetary Science |
| B | Leveraging the National Water Model to Inform Binational Management of Invasive Carp in North America |
| C | Is it me or the data source? Providing real-time download reliability metrics to users |
| D | Incorporating landscape change into a climate-driven water model for California |
| E | Development of machine-learning models for delineating areas of high groundwater discharge potential |
| F | Scaling-up phenological date matching for invasive species mapping: a free opensource workflow |
| G | In-Person Git/Software Release Workshop for USGS and Python/R Data Retrieval Demo for Open Science |
| H | Develop a natural language processing web application to analyze large amounts of text |
| I | Big Carp, Bigger Data: Creating an API for the Riverine Acoustic Fish Telemetry (RAFT) Network |
| J | Increasing understanding of large river dynamics through an open-source bedform toolbox |
| K | Speedy Trends: An R package to rapidly estimate trends for big data |
| L | An application for automation and streamlining of workflow for modeling of time-series data |
| M | GeoDRAW (Geospatial Data Retrieval and Alignment Workflow) to advance data-visualization and earth systems model development |
| N | Data quality control for everyone: a course and recipes for well-documented data workflows in R |
| O | Automated evaluation of interpolation techniques available in ArcGIS Pro |
| P | Terrestrial Remote Sensing Data Ingestion with PyHAT (Python Hyperspectral Analysis Tool) |
| Q | Seeing Below the Surface: Geospatial Delivery of Hi-Res Aquatic Ecosystem Data from Autonomous Underwater Vehicles |
| R | Developing a web-based data repository and inference tool for sediment fingerprinting |
| S | An open-source workflow combining 3DEP and NAIP data to support meadow conservation and restoration |
| T | Community Tools for Standardized Glacier Change Research |
| U | Bridging the learning gap in the R computing environment using Water-Quality Data |
| V | Understanding and streamlining environmental DNA QA/QC analysis |
| W | Advancing the Geophysical Survey (GS) data standard and GSPy toolbox |
| X | An Open-Source Workflow for Point Cloud based Geomorphic Change Detection and Sediment Budget Analysis |
| Y | Snakemake training: Building data pipelines in Python |
| Z | Standard North American Fish Sampling Data Webtool: Sharing, Improving and Maintaining |
Find abstracts and more information, including how to join, on SharePoint or by joining the CDI mailing list.
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