• Forest hydrology and rainfall partitioning emphasize interception, throughfall, and water balance as mediated by stand structure and climate, enabling cross-site comparisons of rainfall-use efficiency and hydrological fluxes. [12], [13], [16], [18]

• Systematic acid deposition studies reveal how forest soils and linked freshwater ecosystems experience nutrient leaching, altered biogeochemistry, and shifts in carbon dynamics across boreal Alberta and Nordic contexts. [3], [6], [8]

• Micrometeorological approaches foreground canopy microclimate and hydrology, with field measurements of forest energy balance, evapotranspiration, and convection supporting macro-scale climate interpretations. [4], [16], [20]

• Tree-ring chronologies and phenology illuminate climate-growth relationships across tropical and montane forests, enabling cross-ecotype comparisons of warming and precipitation signals. [2], [7], [10], [11]

• Longitudinal forest dynamics and biodiversity under human influence and pollution reveal patterns of species composition, disturbance, and ecological resilience across montane Jamaica, Colorado Front Range, and broader ecosystems. [1], [5], [9], [15]