Ground use changes are changing the availability of vegetation cover on open land such as paddy fields and lagoons into grass or shrubs, plantations, and tending to increase the share of land area constructed. Vegetative technology is frequently chosen because it has economic value (productive crops) and can restore a watershed's water system in addition to reducing erosion and sedimentation in rivers. To manage water distribution in the Krueng Pase watershed in North Aceh District, the researchers employed a soil vegetation engineering model. In the Krueng Pase Basin in North Aceh Regency, a grass vegetation model was used as a water and land conservation method to fulfil these goals. The grass vegetation model can tolerate runoff while also increasing infiltration. In this study, the average plant retention to hold rain water was 33 percent for land (without vegetation), 77 percent for grass and herbs, and 81 percent for shrubs. Meanwhile, non-linear regression equation was employed to determine the water denit. The findings suggest that grasses and other soil cover crops can withstand erosion and sedimentation. The coefficient of determination (R2 = 0.98) was used to determine the link between water discharge and silt. This graph depicts the water loss as a result of precipitation affecting sedimentation volume.
Author(S) Details
Halim Akbar
Department of Agroecotechnology, Universitas Malikussaleh, Lhoksmawe City, Aceh Utara, Indonesia.
View Book:- https://stm.bookpi.org/RPPSR-V3/article/view/4486
No comments:
Post a Comment