Optimizing fertilizer use
Published: August 16, 2020 by Environmental Defense Fund (EDF+Business)
Save 
Share
Learn how optimizing the use of nitrogen fertilizer can cut greenhouse gas emissions and water pollution while promoting sustainable agriculture.
Related Content
Ag retail helps farmers conserve profitably
Report
Measuring financial outcomes of Ag conservation
Report
TSC: Sustainable animal feed guide
Report
Decreasing nitrogen pollution
Video
Sustainable agriculture 101: introduction
Guide
Sustainable agriculture 101: problem & solutions
Guide
Sustainable agriculture 101: strategies
Guide
Sustainable agriculture 101: understand landscape
Guide
Food waste 101: introduction
Guide
Food waste 101: get informed
Guide
Food waste 101: understand the landscape
Guide
Assess impact & opportunity: agriculture
Guide
Identify stakeholders: agriculture
Guide
Set goals & objectives: agriculture
Guide
Science based targets case study: Kellogg's
Case Study
Supply chain partnership: Smithfield case study
Case Study
Achieving consumer product sustainability at scale
Webinar
TSC Coffee Supply Chain Diagram
Tool
Field to Market 2017 collaboration of the year
Case Study
Field to Market national indicators report
Report
Field to Market metrics factsheets
Handbook
Sustainable commodity supply chains project
Case Study
Data landscape mapping report
Report
Coffee commodity mapping report
Report
Most Popular
Testing for heavy metals: food, food ingredients
Guide
The Roadmap to Financing Deforestation-Free Commodities
Report
The Accountability Framework
Initiative
Database of EDF Climate Corps Projects
Case Study
RILA's Corporate Clean Energy Procurement Index
Report
EPA guidance on reducing supply chain emissions
Article
GHG quantification standard for organizations
Tool
Smart Moves – Creative Supply Chain Strategies
Article
USDA revises date labeling to reduce food waste
Initiative
Industrial Assessment Center technical documents
Tool
GLEC Framework for Logistics Emissions Methodologies
Tool
Browse Industrial Assessment Centers case studies
Database