Please Just TryEffectiveness of Red Fruit Seed Waste Liquid Smoke Concentration as a Bioherbicide on Vegetative Growth of Upland Rice and Soybeans by Intercropping to Submit This Sample Abstract Anti Uni Mahanani (a*) , Edi Purwanto (b) , Totok Agung Dwi Haryanto (c)., Muji Rahayu (b)
(a) Doctoral Program of Agriculture Science, Faculty of Agriculture, Sebelas Maret University, Surakarta- (b) University of Sebelas Maret, Surakarta- (c) University of Jenderal Soedirman, Purwokerto
Abstract
Testing is necessary to determine the effectiveness or potential of bioherbicides derived from red fruit seed wastes in controlling weeds. Therefore, we must conduct tests on the vegetative growth of Padi Gogo and Kedelai to determine the effectiveness of bioherbicides in controlling weeds in these planting patterns. The study aims to determine the effectiveness of the bioherbicide of the liquid smoke of red seed seeds in controlling weeds on the plantations of gogo and soybeans in Wamena. The study compiles its findings with a Complete Group Random Plan (RAKL). Then, the second factor is the concentration of liquid smoke in the red seed residue, consisting of 0 ml of liquid fume/l water (S0), 200 ml of liquid smoke/l water (S1), 250 ml of liquid smoke/L water (S2), and 300 ml of liquefied smoke/L water (S3). The study results showed that the liquid smoke of red seed residue can be used as an organic alternative to bioherbicides because the extract significantly changes the vegetative growth of gogo and soybeans compared to controls. Using bioherbicides really affects plant height, leaf size, and root length of Moai gogo, Inpari 28, and soybeans. Besides, it also has a significant effect on the number of soya leaves and the number of clusters of Gogo Moai and Gogo 28
