Intensitas perakaran pada ruang temu ( interface) tegakan akasia (acacia aulacocarpa)dan jati (tectona grandis) diwanagama I
TL;DRAbstract
An interesting phenomenon has been observed in Wanagama Forest Research Station of Gadjah Mada University, Jogjakarta. In two stands of (eak and acasia located adjacent to each other, it is observed that teak of the first order row (the closest to acacia row) grew better than that of the second and third rows which arefurther awayfrom the acacia. Since the informations may benefit agroforestry development around Wanagama, this study was carried out by measuring teak growth parameters, roots-intensity in the interface areas, and analysis of soil obtainedfrom interface areas at three different depths (0-10 em, 10-20 em, and 20-40 em). The Interface areas are classified as : A (teak-acacia), B (teak-teak 1 st order), C( teak-teak, 2nd order), D (acacia-acacia 1st order), and E (acacia-acacia 2 nd order). Results showed that the average height of teak at interface area A, B, and Care 12.2m
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An interesting phenomenon has been observed in Wanagama Forest Research Station of Gadjah Mada University, Jogjakarta. In two stands of (eak and acasia located adjacent to each other, it is observed that teak of the first order row (the closest to acacia row) grew better than that of the second and third rows which arefurther awayfrom the acacia. Since the informations may benefit agroforestry development around Wanagama, this study was carried out by measuring teak growth parameters, roots-intensity in the interface areas, and analysis of soil obtainedfrom interface areas at three different depths (0-10 em, 10-20 em, and 20-40 em). The Interface areas are classified as : A (teak-acacia), B (teak-teak 1 st order), C( teak-teak, 2nd order), D (acacia-acacia 1st order), and E (acacia-acacia 2 nd order). Results showed that the average height of teak at interface area A, B, and Care 12.2m
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