Problem: According to Xiao, Robinson, and O'Connor (2022) we can determine that the transition from agricultural land to woodland within the subcatchment has implications Converting the agricultural land to a mature woodland will likely alter the rate of evapotranspiration (ET). Trees typically have a higher ET compared to grassland due to Increased Leaf Area. Mature trees have more foliage which enhances transpiration. Different Species, hardwoods generally transpire more than grasses, contributing to higher ET values. Evapotranspiration (ET) increase would represent a significant addition to the water cycling through the subcatchment. Impact on River Flow might be as follows. The change in ET will influence the runoff (R) volume, as more water will be used for transpiration, potentially reducing the volume of water available to flow into the river. If ET increases significantly, this could lead to a decrease in runoff, especially during dry spells or low precipitation periods. Informally, if ET increases by, say, may see a proportional decrease in runoff, potentially affecting river flow particularly in summer months when water demand is high. The conversion to woodland can lead to increased soil moisture retention, as forested areas tend to improve infiltration rates. Habitat Changes in land use might also affect local wildlife, including changes in habitat for numerous species. Nutrient Cycling, therefore of trees, may alter nutrient uptake and cycling, influencing. Explain. Need Assignment Help?