CD Skripsi
Pertumbuhan Dan Hasil Kacang Hijau (Vigna Radiata L.) Pada Aplikasi Formulasi Bahan Organik Tandan Kosong Kelapa Sawit Dengan Pupuk Npk
ABSTRACT
The decline in mung bean production in Indonesia is due to a decrease in
planted area. Efforts to increase mung bean production can be done with efficient
fertilization. Fertilization can be done with organic and inorganic fertilizers. Oil
palm plantations produce solid waste in the form of empty oil palm fruit bunches
(OPEFB) which can be used as raw material for making organic fertilizers. The use
of cellulolytic which has the ability to decompose cellulase is expected to support
the decomposition process of OPEFB. The application of a combination of OPEFB
that has been given a consortium of cellulolytic bacteria and NPK fertilizer can
provide sufficient nutrients for the growth and production of green beans. This
study was to determine the growth and production of mung bean in the formulation
of OPEFB with NPK fertilizer and to obtain the best treatment formulation. The
research was conducted experimentally which was arranged according to a
completely randomized design (CRD). The treatments were: 100% NPK, EFB
compost (100 g/polybag ), 50% NPK + EPEFB compost (100 g/polybag), 50%
NPK+ OPEFB (100 g/polybag)+Cellulolytic microbial consortium and EFB (100
g/polybag)+Cellulolytic microbial consortium. The results showed that the
formulation of OPEFB with NPK fertilizer had a significant effect on plant height,
number of primary branches, stem diameter, flowering age, number of pods per
plant, seed weight per plant and weight of 100 seeds, but gave no significant effect
on harvest age of mung beans. The best formulation is found in NPK 150 kg.ha-1 +
OPEFB compost 100 g/polybag.
Keywords: OPEFB compost, NPK, Mung beans, Fertilizer
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