Logged-over forest invariably decrease soil organicmatter content and  translation - Logged-over forest invariably decrease soil organicmatter content and  Indonesian how to say

Logged-over forest invariably decre

Logged-over forest invariably decrease soil organic
matter content and open nutrient cycles (Olson et al. 2000).
In turns, soil productivity decreases. The successes of line
planting system using intensive silviculture in dipterocarps
plantations have increased diameter growth by around 2 cm
per year depending on the site. In relation to this, Fox et al.
(2007) stated that practice on soil treatment, fertilization,
and weed control have increased pine plantation
productivity by 5-10 m3 ha-1 year-1. This increased
productivity has been achieved by understanding forest
response to each forest practices as well as the cumulative
effects of intensive silviculture.
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Login-atas hutan selalu mengurangi tanah organikmasalah konten dan membuka siklus nutrien (Olson et al. 2000).Bergantian, tanah produktivitas menurun. Keberhasilan dari barissistem tanam menggunakan Silvikultur intensif di pohon-pohon dipterokarpaperkebunan telah meningkat diameter pertumbuhan sekitar 2 cmper tahun tergantung pada situs. Terkait hal ini, Fox et al.(2007) menyatakan bahwa praktek pada perlakuan tanah, pemupukan,dan pengendalian gulma telah meningkat perkebunan pinusproduktivitas 5-10 m3 ha-1 tahun-1. Ini meningkatkanproduktivitas telah dicapai oleh pemahaman hutanmenanggapi hutan setiap praktek serta kumulatifEfek intensif Silvikultur.
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Hutan bekas tebangan selalu menurunkan tanah organik
konten materi dan siklus hara terbuka (Olson et al. 2000).
Pada gilirannya, produktivitas tanah menurun. Keberhasilan garis
sistem tanam menggunakan silvikultur intensif di dipterokarpa
perkebunan telah meningkat pertumbuhan diameter sekitar 2 cm
per tahun tergantung pada situs. Sehubungan dengan ini, Fox et al.
(2007) menyatakan bahwa praktik pengobatan tanah, pemupukan,
dan pengendalian gulma telah meningkat perkebunan pinus
produktivitas dengan 5-10 m3 ha-1 tahun-1. Peningkatan ini
produktivitas telah dicapai dengan memahami hutan
menanggapi setiap praktek kehutanan serta kumulatif
efek dari silvikultur intensif.
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