CD Tesis
Neraca air di perkebunan kelapa sawit (elaeis guineensis) kebun pusat penelitian kelapa sawit (ppks)sub unit kalianta kabun-riau
Heriansyah Pasaribu, Water Balance in Oil Palm Plantation (Elaeis guineensis) at Indonesian Oil Palm Research Institute sub-unit Kalianta Kabun-Riau supervised by Prof. Dr. Ir. Aras Mulyadi, DEA and Dr. Ir. Suardi Tarumun, M.Sc.
The issue of water system disruption caused by the oil palm has become the issue of the environment. Oil palm plantations rated as the cause of changes in water table conditions, for allegedly using so much water for growth and production. To clarify these issues will require research to provide an overview of changes in the water table of oil palm plantations in terms of the water balance of oil palm plantations.
The result showed that the calculation of the percentage of interception in stands of oil palm has a value of 21.23% of the rainfall. Evapotranspiration in oil palm plantations ranged 68.23-125.63 mm/month, with an average of 92.05 mm/month or 1104.5 mm/year. The water requirement of oil palm plantations is smaller when compared to the water needs of coconut trees and forest plants such as pine, acacia, segon, rubber and teak.
Keywords: Riau, oil palm, water table depth.Heriansyah Pasaribu, Water Balance in Oil Palm Plantation (Elaeis guineensis) at Indonesian Oil Palm Research Institute sub-unit Kalianta Kabun-Riau supervised by Prof. Dr. Ir. Aras Mulyadi, DEA and Dr. Ir. Suardi Tarumun, M.Sc.
The issue of water system disruption caused by the oil palm has become the issue of the environment. Oil palm plantations rated as the cause of changes in water table conditions, for allegedly using so much water for growth and production. To clarify these issues will require research to provide an overview of changes in the water table of oil palm plantations in terms of the water balance of oil palm plantations.
The result showed that the calculation of the percentage of interception in stands of oil palm has a value of 21.23% of the rainfall. Evapotranspiration in oil palm plantations ranged 68.23-125.63 mm/month, with an average of 92.05 mm/month or 1104.5 mm/year. The water requirement of oil palm plantations is smaller when compared to the water needs of coconut trees and forest plants such as pine, acacia, segon, rubber and teak.
Keywords: Riau, oil palm, water table depth.Heriansyah Pasaribu, Water Balance in Oil Palm Plantation (Elaeis guineensis) at Indonesian Oil Palm Research Institute sub-unit Kalianta Kabun-Riau supervised by Prof. Dr. Ir. Aras Mulyadi, DEA and Dr. Ir. Suardi Tarumun, M.Sc.
The issue of water system disruption caused by the oil palm has become the issue of the environment. Oil palm plantations rated as the cause of changes in water table conditions, for allegedly using so much water for growth and production. To clarify these issues will require research to provide an overview of changes in the water table of oil palm plantations in terms of the water balance of oil palm plantations.
The result showed that the calculation of the percentage of interception in stands of oil palm has a value of 21.23% of the rainfall. Evapotranspiration in oil palm plantations ranged 68.23-125.63 mm/month, with an average of 92.05 mm/month or 1104.5 mm/year. The water requirement of oil palm plantations is smaller when compared to the water needs of coconut trees and forest plants such as pine, acacia, segon, rubber and teak.
Keywords: Riau, oil palm, water table depth.Heriansyah Pasaribu, Water Balance in Oil Palm Plantation (Elaeis guineensis) at Indonesian Oil Palm Research Institute sub-unit Kalianta Kabun-Riau supervised by Prof. Dr. Ir. Aras Mulyadi, DEA and Dr. Ir. Suardi Tarumun, M.Sc.
The issue of water system disruption caused by the oil palm has become the issue of the environment. Oil palm plantations rated as the cause of changes in water table conditions, for allegedly using so much water for growth and production. To clarify these issues will require research to provide an overview of changes in the water table of oil palm plantations in terms of the water balance of oil palm plantations.
The result showed that the calculation of the percentage of interception in stands of oil palm has a value of 21.23% of the rainfall. Evapotranspiration in oil palm plantations ranged 68.23-125.63 mm/month, with an average of 92.05 mm/month or 1104.5 mm/year. The water requirement of oil palm plantations is smaller when compared to the water needs of coconut trees and forest plants such as pine, acacia, segon, rubber and teak.
Keywords: Riau, oil palm, water table depth.Heriansyah Pasaribu, Water Balance in Oil Palm Plantation (Elaeis guineensis) at Indonesian Oil Palm Research Institute sub-unit Kalianta Kabun-Riau supervised by Prof. Dr. Ir. Aras Mulyadi, DEA and Dr. Ir. Suardi Tarumun, M.Sc.
The issue of water system disruption caused by the oil palm has become the issue of the environment. Oil palm plantations rated as the cause of changes in water table conditions, for allegedly using so much water for growth and production. To clarify these issues will require research to provide an overview of changes in the water table of oil palm plantations in terms of the water balance of oil palm plantations.
The result showed that the calculation of the percentage of interception in stands of oil palm has a value of 21.23% of the rainfall. Evapotranspiration in oil palm plantations ranged 68.23-125.63 mm/month, with an average of 92.05 mm/month or 1104.5 mm/year. The water requirement of oil palm plantations is smaller when compared to the water needs of coconut trees and forest plants such as pine, acacia, segon, rubber and teak.
Keywords: Riau, oil palm, water table depth.
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