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Project Search

Since its inception in 2004, CIG has funded hundreds of projects, boosting natural resource conservation while helping producers improve the health of their operations for the future. Use this tool to search for CIG projects based on any of the criteria listed below.

CIG projects from 2004-2009 may be missing information in the following categories: Resource Concern (specific), Conservation Practice, Production/Use.

Showing 321 - 330 of 1760 projects

Pennsylvania Horticultural Society     |     PA     |     2017
Demonstrate multiple conservation practices such as IPM, no-till and adapting them to the city environment.
Playa Lakes Joint Venture     |     KS     |     2017
Create an Web based map service using current and historical data on surface water across Kansas.
Practical Farmers of Iowa     |     IA     |     2017
This project is developing information and resources for encouraging the use of crop rotations that include corn, soybeans,small grains and forage legumes.
Rockingham County Conservation District     |     NH     |     2017
Work with farmers to retrofit existing conventional corn planters to no-till. Also provide access to seed drills and no-till planters to allow farmers to try new approaches on smaller acres with lower risk. Provide technical support and monitoring.
Rutgers University     |     NJ     |     2017
This project intends to collect before-and-after data on the environmental and profitability impacts of water recycling technology at a single nursery, to develop a systematic, data-driven decision system for future producers who are considering implementing a water recycling and disinfection system, and to demonstrate the technology and then transfer findings and decision tools to others
Soap Creek Watershed Management Authority     |     IA     |     2017
This project is demonstrating innovative approaches to stabilize active gullies in woodlands.
Sustainable Chesapeake     |     VA     |     2017
This award is for SusChes and project partners to lay the foundation for expanded adoption of poultry litter injection technologies that will achieve the goal of improved soil health and manure nutrient retention, while also addressing local and regional water quality and habitat resource concerns. The specific objectives of this project are: (1) - Modify Virginia Tech’s existing poultry litter Subsurfer unit, building on lessons learned to address previously identified performance issues, so that it is capable of supporting field trials in the region, (2) - Demonstrate poultry litter injection and compare agronomic performance side-by-side with surface application on a commercial farm using a conservation tillage/cover crop production system. Collect data on yields and supplemental nitrogen fertilizer requirements, and (3) - Share results with poultry and crop growers in the region and SAM Initiative partners.
The Nature Conservancy     |     MI     |     2017
To address tow major challenges to the Great Lakes of excess nutrients from agricultural sources and invasive species by examining the costs and benefits of recycling nutrients within a watershed.
The Nature Conservancy     |     LA     |     2017
This project was to develop a statewide analysis and web-app that worked at HUC-8, HUC-12, and NHDPlus Catchment scales, with special attention paid to dairy and poultry agriculture. The app would be used in conjunction with supporting data and apps in the Louisiana Freshwater Assessment (FWA) to support conservation decisions at the watershed and land parcel scale.
UNIVERSIDAD DE PUERTO RICO     |     PR     |     2017
Water management in farms and rural areas relies heavily on grassed waterways. Results from this project will allow USDA-NRCS to provide accurate recommendations to farmers on size and capacity of vegetated drainage channels and waterways. Design of hydrologic/hydraulic modifications in farms and rural areas will be improved. Better design of grass lined waterways, levees, ponds and ditches will reduce soil erosion, greenhouse gases release, improve water quality and mitigate environmental impacts