Water

Farmers, ranchers and foresters in some regions of the U.S. contend with an overabundance of water while other regions are frequently challenged by drought and water scarcity. The 100th meridian is often touted as the dividing line between the wet eastern United States and the dry, water-limited west. Projected changes in average annual precipitation show increases in much of the northern U.S. and decreases in the southern U.S., exacerbating the water-related challenges already faced in these areas. For example, an increase in spring precipitation may reduce the number of workable field days, reduce crop yields and disrupt planting operations in wetter regions. Extreme precipitation has generally increased and is projected to continue to increase across the U.S. with a warming atmosphere. Flooding related to more extreme precipitation could impact agricultural production and surface water quality as nutrient concentrations and sediment loads are washed from fields into nearby waterways.  More extreme precipitation could also increase climate risk from aging water infrastructure.

Nelson Cecarelli talks with the USDA Northeast Climate Hub about his farming practices in October 2017.

This year is different for Cecarelli Farms. In late January, Nelson Cecarelli passed away after a battle with cancer. His legacy of agricultural stewardship and passion for farming continue through his business partner and friend, Will DellaCamera. Over the past 20 years, Nelson...

Continued Conversations with Cecarelli Farms

A view at the University of Delaware's Warrington Irrigation Research Farm

Smart Phone or Tablet? We suggest jumping over here for an improved virtual experience!   Studies at the Warrington Irrigation Research Farm are aimed at using water to maximize crop yields and improve profits. Water is one of the most critical crop needs. By improving water...

Irrigation Research at UD

Nutrient Tracking Tool Dashboard

NTT is a tool to estimate nutrient and sediment losses from crop and pasture.

Nutrient Tracking Tool

Cover page to the USDA Urban Agriculture Toolkit

This toolkit lays out the common operational elements that most urban farmers must consider as they start up or grow their operations. It also contains a special section on resources for developing indoor growing operations, such as aquaponic facilities. For each element, the...

USDA Urban Agriculture Toolkit

In conversation with Nelson Cecarelli, Owner of Cecarelli Farms on June 5th, 2017 Well before the installation of a RainWise MKIII weather station at Cecarelli Farms this past January, Nelson Cecarelli was itching to harness the power of his own on-farm data. The year prior,...

Cecarelli Farms Talks Data Driven Decision-Making

The ACFP toolbox contains tools to: Process (or “hydro-condition”) a watershed’s high-resolution topographic data for terrain analyses Determine which fields within a watershed are most prone to contribute runoff to streams Identify where field-scale and edge-of-...

Agricultural Conservation Planning Framework (ACPF)

Data/Data visualization Climate mapper: visualization of current, historical, and future projections of climate data relevant to agriculture Drought Monitoring System-University of Washington: total moisture, soil moisture and snow water equivalent data visualization...

Northwest Agriculture Research and Data Overview

Our Nation contains regions where agricultural producers contend with an overabundance of water and regions frequently challenged by water scarcity and drought. The 100th meridian is often touted as the dividing line between the wet eastern United States and the dry, water-...

Water Resources in a Changing Climate

The application's meteorological database consists of daily precipitation and temperature data from 141 U.S. Historical Climatology Network stations during 1976-2005. From that daily data the program calculates climate and crop evapotranspiration (ETc) statistics over...

Ogallala Agro-Climate Tool

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