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Start Over Graduate Program Agronomy Degree PHD Keyword cereal rye Keyword food demand Keyword food demand Keyword soil improvement Keyword soil health Keyword greenhouse gas emissions Keyword red clover Keyword soybean Keyword sustainable intensification

1. Sustainable Intensification and Climate Resilience: Cover Crops, Soil Improvement, and Drought

open_access
Open Access
Author:
Hunter, Mitchell Clayton
Title:
Sustainable Intensification and Climate Resilience: Cover Crops, Soil Improvement, and Drought
Graduate Program:
Agronomy
Keywords:
sustainable intensification
cover crops
drought
climate change
food demand
soil health
reduced tillage
climate resilience
cover crop mixtures
agriculture
agronomy
greenhouse gas emissions
Mississippi River Phosphorus
maize
soybean
wheat
cereal rye
red clover
no-till
soil improvement
plant-available water
infiltration rate
available water capacity
File:
Download Hunter_-_Dissertation_-_Final.pdf
Committee Members:
Dr. David Mortensen, Dissertation Advisor/Co-Advisor
Dr. David Mortensen, Committee Chair/Co-Chair
Dr. David Eissenstat, Committee Member
Dr. Armen Kemanian, Committee Member
Dr. Jason Kaye, Outside Member
Dr. Meagan Schipanski, Special Member