Drone delivering pesticides to crops.
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FEW Hub


The Food-Energy-Water (FEW) Hub explores how climate, agriculture, and infrastructure interact to shape the sustainability of water resources.

This interdisciplinary hub brings together researchers, students, and community leaders to study farm runoff, irrigation, flooding, and resource recovery, alongside the microbial and geochemical processes that influence groundwater. Their work connects surface and subsurface water systems to larger questions about how land use, climate change, and energy production affect water.

The FEW Hub supports efforts to develop more integrated and efficient systems that meet both human and ecological needs, particularly in agricultural areas and regions facing water insecurity.

Hub lead: Matt Schrenk, Department of Earth and Environmental Sciences
 

Fruit trees.
This week's articles by MSU faculty, specialists and students making a difference feature AI-powered orchard mapping, soft robotics for pipe inspection, and sustainable solar development.
Mushrooms in a forest.
This week’s articles by MSU faculty, specialists and students making a difference feature foodborne pathogen behavior and precision agriculture tools that detect crop disease risks.
Agriculture field.
In essence, sustainable agriculture involves farming in a way to protect the environment, aid and expand natural resources, and make the best use of nonrenewable resources. But how does sustainable agriculture affect food safety, and thereby, public health?
Lake.
Michigan’s rivers and lakes were once cold enough that fish were protected from some infection-causing parasites. As the Great Lakes ecosystem warms, a Michigan State University researcher is investigating new pathogens that may become relevant to the fish that live here.
Upper Peninsula wetland.
The team from MSU will map the current and future costs of energy transition on the health, well-being, and livelihoods of traditional peoples while identifying Indigenous innovations and actions that enhance food-water-energy security for these regions.
Open field with river running through it.
A global initiative led by Dr. Matt Schrenk and key faculty at MSU is forming to revolutionize water sustainability in small and rural communities, addressing the complex water-food-energy nexus through a circular water economy with international collaboration.