Wetlands are collectively the largest natural source of methane (CH 4 ), which complicates the climate mitigation potential of wetland restoration. Land‐use change alters wetland soils, vegetation, and hydrology, but the impact of this disturbance legacy on CH 4 fluxes from restored wetlands is uncertain. To better understand CH 4 dynamics across a gradient of human disturbance, we examined 5 yr of continuous CH 4 flux data fr...

Photovoltaics is emerging as the most widespread renewable energy sources globally, yet with increased reliance on alternative energy sources, concerns for land usage have been increased as well. Photovoltaic farms, while typically converted from agricultural farms, have the ability to be key multipurpose lands, incorporating agricultural or conservation initiatives in the same area. While developers advertise increased pollin...

With loss of wetlands and their associated ecosystem services within landscapes, it is imperative to be able to understand the change in ecological functions underlying these services. Field-based functional assessments can produce a range of specific scores among a robust set of functions but are time and cost prohibitive as the number of wetlands assessed increases. Remote-based functional assessments are an alternative for...