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Bio-Pots produced in this study were from primary pulp (SFI), secondary pulp (newspapers) and pulp mixture (SFI and newspapers). Bio-Pot formed using mould and oven-dried for 3 hours. Petai Belalang seedlings were planted in all three types of Bio-Pot and carried out at location above ground and underground for 60 days. The objectives of this study were to determine the weight loss of Bio-Pot, to determine the root penetration and the height rate of Petai Belalang seedlings.

Produktbeschreibung
Bio-Pots produced in this study were from primary pulp (SFI), secondary pulp (newspapers) and pulp mixture (SFI and newspapers). Bio-Pot formed using mould and oven-dried for 3 hours. Petai Belalang seedlings were planted in all three types of Bio-Pot and carried out at location above ground and underground for 60 days. The objectives of this study were to determine the weight loss of Bio-Pot, to determine the root penetration and the height rate of Petai Belalang seedlings.
Autorenporträt
Left: Liew Kang Chiang Ph.D (Wood Science) UPM, 2002, with expertise in conventional and hybrid composites, pulp and paper and other lignocellulosic based utilisation. Right: Verra Gulitah, Bachelor of Forestry Science (Hons) (Wood Fibre Technology and Industry) UMS, 2012.