Kucbel et al. (2011) menambahkan ba

Kucbel et al. (2011) menambahkan bahwa perubahan yang cepat pada fine root menjadikan fine root sebagai komponen yang dapat meningkatkan total bahan organik tanah 2-5 kali dibandingkan komponen above ground. Oleh karena itu masukan bahan organik yang besar ke dalam ekosistem melalui dekomposisi fine root dapat mengkompensasi kehilangan hara akibat dari pemanenan di perkebunan kelapa sawit.

Results (English) 1:

Kucbel et al. (2011) added that rapid changes in fine root makes a fine root as a component that can increase total soil organic matter 2-5 times than the components above ground. Therefore a large organic material input into the ecosystem through fine root decomposition can compensate for the loss of nutrients resulting from harvesting in Palm oil plantations.

Results (English) 2:

Kucbel et al. (2011) adds that the rapid changes in fine root made of fine root as a component that can increase total soil organic matter 2-5 times than the components above ground. Therefore, a large input of organic material into the ecosystem through fine root decomposition can compensate for the loss of nutrients as a result of harvesting in oil palm plantations.

Results (English) 3:

kucbel等人。（2011）menambahkan，通知杨cepat细根细根在人，公司不能总把汗了杨Organik地2-5卡利dibandingkan公司地面。所以ITU masukan Organik杨大臣柯巴在ekosistem从dekomposisi细根，mengkompensasi kehilangan Hara导致从pemanenan迪perkebunan椰风在。