Physical Sciences and Mathematics Commons^™

Quantifying Spatial Heterogeneity Of Wild Blueberries And Crop Water Stress Monitoring Using Remote Sensing Technologies, Kallol Barai

Electronic Theses and Dissertations

The wild blueberry is one of the major crops of Maine, with significant economic value and potential health benefits. Due to global climate change, drought impacts have been increasing significantly in recent years in the northeast region of the USA, causing significant economic losses in the agricultural sectors. It has been predicted to increase further in the future. Changing patterns of the elevated atmospheric temperatures, increased rainfall variabilities, and more frequent drought events have made the wild blueberry industry of Maine vulnerable, suggesting the adoption of novel approaches to mitigate the negative impacts of global climate changes. Also, wild blueberry …

Dr. Adam Daigneault Testimony To The House Committee On Small Business Subcommittee On Underserved, Agricultural, And Rural Development Hearing On “Sustainable Forestry’S Role In Climate Solutions”, Adam Daigneault

General University of Maine Publications

Adam Daigneault, University of Maine E.L. Giddings Associate Professor of Forest Policy and Economics, testified Sept. 29 before a U.S. House of Representatives Committee on Small Business Subcommittee on Underserved, Agricultural, and Rural Development, chaired by Maine Rep. Jared Golden.

A focus of the hearing was the role of sustainable forestry and how small businesses across this sector are helping to address climate change. Daigneault, whose research focuses on modelling economic impacts of environmental policy on the forestry and agricultural sectors, spoke about how we can manage U.S. forests for carbon, timber and other ecosystem services, and how we can …

Climatic Range Filling Of North American Trees, Benjamin Seliger

Electronic Theses and Dissertations

Understanding the degree to which species distributions are controlled by climate is crucial for forecasting biodiversity responses to climate change. Climatic equilibrium, when species are found in all places which are climatically suitable, is a fundamental assumption of species distribution models, but there is evidence in support of climate disequilibria in species ranges. Long-lived, sessile organisms such as trees may be especially vulnerable to being outpaced by climate change, and thus prone to disequilibrium. In this dissertation, I tested the degree to which North American trees are in equilibrium with their potential climatic ranges using the ‘range filling’ metric, which …