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for climate-smart forestry. The project includes a collaboration with Dr. Laura Leites and Dr. Kim Steiner leveraging mature black walnut provenance trials and associated genomic and phenotypic data
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conductance, and other traits to advance our understanding of why some nonnative species become invasive and how biological invasions are affected by climate change. This is a term appointment in the Department
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) the human dimensions of resilience and climate adaptation in water/wastewater systems. The successful candidate will also contribute to advancing public service-oriented research initiatives at the interface
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