Crops and Soil Resources Related to Swine Systems Project

Factsheets

Methodologies in Assessing Sustainability of Swine-Crop Systems

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Summary
This factsheet explains how Life Cycle Assessment (LCA) and soil evaluation tools are used to measure the full environmental impact of swine production—from feed crops to manure management. It shows how decisions about nutrients, soil health, and manure application can create both benefits and risks. Readers will gain practical insight into how whole-system tools support more efficient, sustainable pork production.

Authors
Priscila J. R. Cruz, Sailesh Menon, Caitlyn M. Phillips, and Charles W. Rice

Identifying Environmental Hotspots in Swine Production

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Summary
This factsheet identifies the key environmental hotspots in swine production, focusing on the stages that contribute most to emissions and resource impacts. It highlights feed production and manure management as major drivers of greenhouse gases, nutrient losses, and soil degradation. The summary also explains how soil type, cropping patterns, and regional differences influence environmental outcomes. By pinpointing where impacts are greatest, this resource helps producers target the practices that can most effectively improve sustainability.

Authors
Priscila J. R. Cruz, Sailesh Menon, Caitlyn M. Phillips, and Charles W. Rice

Sustainability Strategies for Swine-Crop Integration

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Summary
This factsheet highlights proven, practical strategies that improve sustainability in swine production without sacrificing productivity. It explores nutrient recycling, soil conservation practices, and precision technologies that reduce emissions while strengthening soil health. The resource also showcases manure treatment innovations and circular bioeconomy approaches that turn waste into renewable energy and valuable co-products. Readers will discover how integrated, science-based solutions can lower environmental impacts and build more resilient farming systems.

Authors
Priscila J. R. Cruz, Sailesh Menon, Caitlyn M. Phillips, and Charles W. Rice