Turfgrass Adaptation and Management

Turfgrass systems—the managed grasses covering lawns, athletic fields, and golf courses—interact with soil, water, and atmosphere in ways that have measurable consequences for local and regional environmental quality. Researchers examine how nitrogen from fertilizers moves through soil profiles into groundwater, how root physiology changes under heat and drought stress, and how management decisions shape the biogeochemical cycles that govern nutrient fate. A central tension in the field is balancing agronomic performance with environmental protection, since practices that sustain dense, resilient turf often risk accelerating nitrogen leaching and degrading water quality downstream. Active work is probing which grass varieties and fertilization regimes minimize these trade-offs, and whether managed turf landscapes can be designed to support broader biodiversity goals rather than working against them.

Works

32,646

Total citations

228,443

Keywords

TurfgrassBiogeochemical CyclingNitrogen LeachingDrought ResistanceSoil TemperaturesFertilizer Management