Authors :
Wahyu Astiko; Ni Made Laksmi Ernawati; I Putu Silawibawa
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/2xku67k5
Scribd :
https://tinyurl.com/45835jnd
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR380
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
If land processing techniques on dry land are
not carried out correctly, it can cause soil erosion and
poorer soil fertility. Therefore, one way that can be done
to prevent the soil from becoming sour is through proper
soil processing accompanied by the addition of bio-
ameliorants to the soil. This research aims to determine
the effect of soil tillage on the agronomic performance of
corn and soybean intercropping on dry land in North
Lombok, Indonesia. The research was conducted from
May to July 2023 in Pemenang Barat Village, Pemenang
District, and North Lombok Regency. The study used an
experimental method in the field using a randomized
block design by testing five tillage techniques, i.e., Oo:
without tillage; O1: without tillage, only sprayed with
pre-growth herbicides before planting; O2: minimum
tillage is only hoeing; O3: simple tillage and leveling; and
O4: intensive tillage by hoeing, loosening, and leveling.
The results showed that treatment-intensive and complete
processing can increase the growth performance and
biomass yield of maize and soybean intercropping.
Treatment-intensive and complete processing can
improve the performance of intercropping maize and
soybeans in the dry land of North Lombok. To improve
the agronomic performance of maize-soybean
intercropping in the dry land of North Lombok, the best
results are obtained using intensive and complete
processing accompanied by the addition of bio-ameliorant
at a dose of 15 tons per ha.
Keywords :
Bio-Ameliorant, Mycorrhiza, Soil Fertility.
If land processing techniques on dry land are
not carried out correctly, it can cause soil erosion and
poorer soil fertility. Therefore, one way that can be done
to prevent the soil from becoming sour is through proper
soil processing accompanied by the addition of bio-
ameliorants to the soil. This research aims to determine
the effect of soil tillage on the agronomic performance of
corn and soybean intercropping on dry land in North
Lombok, Indonesia. The research was conducted from
May to July 2023 in Pemenang Barat Village, Pemenang
District, and North Lombok Regency. The study used an
experimental method in the field using a randomized
block design by testing five tillage techniques, i.e., Oo:
without tillage; O1: without tillage, only sprayed with
pre-growth herbicides before planting; O2: minimum
tillage is only hoeing; O3: simple tillage and leveling; and
O4: intensive tillage by hoeing, loosening, and leveling.
The results showed that treatment-intensive and complete
processing can increase the growth performance and
biomass yield of maize and soybean intercropping.
Treatment-intensive and complete processing can
improve the performance of intercropping maize and
soybeans in the dry land of North Lombok. To improve
the agronomic performance of maize-soybean
intercropping in the dry land of North Lombok, the best
results are obtained using intensive and complete
processing accompanied by the addition of bio-ameliorant
at a dose of 15 tons per ha.
Keywords :
Bio-Ameliorant, Mycorrhiza, Soil Fertility.