PENYULUHAN EVALUASI STATUS KESUBURAN TANAH UNTUK MENUNJANG PENINGKATAN PRODUKTIVITAS PADI (STUDI KASUS DESA TIRTAYASA SERANG BANTEN)
Abstract
Tirtayasa Village, Serang City, Banten is a large enough rice-producing area to meet the
needs of the community. In managing their agricultural land, farmers use various kinds of
chemicalssuchasinorganicfertilizersandpesticidestoincreasetheiragriculturalyields.
Excessive use of inorganic fertilizers and pesticides that are not in accordance with the dosage will
cause contamination of the paddy field soil which has a negative impact on the chemical and
biological properties of paddy soil which generally affects the quality of paddy soil. Soil chemical
properties are an indicator to determine the level of nutrient status in soil. The purpose of
conducting counseling on evaluating the status of soil fertility in paddy fields in Tirtayasa Village is
to examine whether soil fertility factors are one of the factors causing the decline in rice
productivity levels in Tirtayasa Village. increasing rice productivity. The results of the activities of
several farmers stated that their paddy fields had hard physical conditions, hard soil was difficult to
cultivate during the dry season, cracked soil conditions, and rice plants were susceptible to pests, at
the time of seeding the success rate of seeds sown was small, only about 45% could grow and yields
were low. low yield per planting. Based on the results of the evaluation of the nutrient status of the
paddy fields in Tirtayasa Village, it showed that the status of the soil N element was moderate; P
medium soil; K medium soil and neutral soil pH (6-7). So it can be recommended that fertilization
given for the next rice planting season is the use of N fertilizer in the form of urea at a dose of 250-
300 Kg/Ha, the use of SP 36 fertilizer at a dose of 50-75 Kg/Ha, the use of 50 Kg/Ha KCl or can be
replaced with the return of straw to the land as much as 5 tons /Ha.
needs of the community. In managing their agricultural land, farmers use various kinds of
chemicalssuchasinorganicfertilizersandpesticidestoincreasetheiragriculturalyields.
Excessive use of inorganic fertilizers and pesticides that are not in accordance with the dosage will
cause contamination of the paddy field soil which has a negative impact on the chemical and
biological properties of paddy soil which generally affects the quality of paddy soil. Soil chemical
properties are an indicator to determine the level of nutrient status in soil. The purpose of
conducting counseling on evaluating the status of soil fertility in paddy fields in Tirtayasa Village is
to examine whether soil fertility factors are one of the factors causing the decline in rice
productivity levels in Tirtayasa Village. increasing rice productivity. The results of the activities of
several farmers stated that their paddy fields had hard physical conditions, hard soil was difficult to
cultivate during the dry season, cracked soil conditions, and rice plants were susceptible to pests, at
the time of seeding the success rate of seeds sown was small, only about 45% could grow and yields
were low. low yield per planting. Based on the results of the evaluation of the nutrient status of the
paddy fields in Tirtayasa Village, it showed that the status of the soil N element was moderate; P
medium soil; K medium soil and neutral soil pH (6-7). So it can be recommended that fertilization
given for the next rice planting season is the use of N fertilizer in the form of urea at a dose of 250-
300 Kg/Ha, the use of SP 36 fertilizer at a dose of 50-75 Kg/Ha, the use of 50 Kg/Ha KCl or can be
replaced with the return of straw to the land as much as 5 tons /Ha.
Full Text:
PDFDOI: http://dx.doi.org/10.62870/dinamika.v9i2.17855
Refbacks
- There are currently no refbacks.
Copyright (c) 2022 Jurnal Pengabdian Dinamika