The goal of the proposed project is to develop and implement an effective and sustainable framework for identifying mapping and monitoring vernal pools in the great lakes region

This project will integrate citizen science with a novel multi-sensor remote sensing technique combining canopy penetrating synthetic aperture radar (SAR) with lidar digital elevation model (DEM) stochastic depression analysis to facilitate vernal pool mapping and monitoring. We plan to convene project partners and stakeholders to develop a great lakes vernal pool collaborative (glvpc) and citizen science program for all eight states. Ensuring the involvement of all states in the definition of vernal pools and standards and protocols for monitoring from the outset is crucial for establishing the glvpc from its inception with vested interests by all. However the mapping and citizen science program will be conducted in 3 focus states michigan wisconsin and new york due to time and budget constraints. We will establish the great lakes vernal pool citizen science program using the framework and tools/resources identified and/or developed during workshops of partners. We will map pvps in focus areas of the 3 states using remote sensing and recruit and train people for the citizen science program to verify and collect vernal pool data. Efforts will include engaging partners refining digital APP field forms (survey 123 and epicollect) building a glvpc website and webviewer for storing and viewing data as well as creating resources to recruit train and retain program participants. This will establish a network of trained and engaged citizen scientists and partners to implement and sustain successful.