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Journal : Acta Solum

Populasi Bakteri Penambat N2 Atmosfer pada Tanah Sawah yang Diberikan Herbisida dengan Berbagai Kandungan Bahan Aktif Hendra Setiawan; Abdul Hadi; Fakhrur Razie
Acta Solum Vol 1 No 3 (2023): Juli 2023
Publisher : Department of Soil, Faculty of Agriculture, Lambung Mangkurat University

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/actasolum.v1i3.2282

Abstract

Supporting the increase in agricultural production today cannot be separated from the use of herbicides in land preparation activities. Most of the herbicides applied to plants will eventually fall to the ground, then undergo changes and in a certain time will be absorbed by the clay fraction and organic matter in the soil, which is generally known as herbicide residue. Toxic herbicide residues in the soil can kill soil microbes, which are not actually the target (non-target microorganisms) so that they interfere with the activity of soil microorganisms which in turn can affect the nutrient cycle in the soil.This research was conducted with the aim of knowing the effect of giving herbicides with various types of active ingredients in paddy fields on the viability of N-fixing bacteria and their relationship to soil chemical properties.The research and analysis was carried out from November 2021 to January 2022. The method used in this study was the Completely Randomized Design (CRD) environmental design method with a single factor treatment design, namely the type of herbicide active ingredient. Based on the results of research that has been carried out, it is known that the herbicide Glyphosate can increase the population of atmospheric N2-fixing bacteria in the soil, while the herbicide Paraquat and Methyl Metsulfuron can suppress the population growth of atmospheric N2-fixing bacteria
Populasi Bakteri Penambat N2 Atmosfer pada Tanah Sawah yang Diberikan Herbisida dengan Berbagai Kandungan Bahan Aktif Hendra Setiawan; Abdul Hadi; Fakhrur Razie
Acta Solum Vol 1 No 3 (2023): Juli 2023
Publisher : Department of Soil, Faculty of Agriculture, Lambung Mangkurat University

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/actasolum.v1i3.2282

Abstract

Supporting the increase in agricultural production today cannot be separated from the use of herbicides in land preparation activities. Most of the herbicides applied to plants will eventually fall to the ground, then undergo changes and in a certain time will be absorbed by the clay fraction and organic matter in the soil, which is generally known as herbicide residue. Toxic herbicide residues in the soil can kill soil microbes, which are not actually the target (non-target microorganisms) so that they interfere with the activity of soil microorganisms which in turn can affect the nutrient cycle in the soil.This research was conducted with the aim of knowing the effect of giving herbicides with various types of active ingredients in paddy fields on the viability of N-fixing bacteria and their relationship to soil chemical properties.The research and analysis was carried out from November 2021 to January 2022. The method used in this study was the Completely Randomized Design (CRD) environmental design method with a single factor treatment design, namely the type of herbicide active ingredient. Based on the results of research that has been carried out, it is known that the herbicide Glyphosate can increase the population of atmospheric N2-fixing bacteria in the soil, while the herbicide Paraquat and Methyl Metsulfuron can suppress the population growth of atmospheric N2-fixing bacteria
Co-Authors Abdul Hadi Abdul Hadi Achmad Bayhaqy Adam Rizki Firdaus Ade Irma Akmal Ridwan Alessendriza Maulana Zamzami Alfian Nur Anang Arya N Andi Rizal Andjanie Dwi Ayu Apriana Anrelsam, David Pepa Ari Abi Aufa Asep Adi Permana Audrey Tiara Rabhany Azizah Nadiani Bahja Bastulbar Benedictus Kusmanto Citaningtyas Ari Kadi , Dian Dellaviane Syarafina Desi Ratnasari Dewi Novi Yanti Dewi Suprihatin Diah Amanlia Septiani Dian Citaningtyas Ari Kadi Dimas Awal Fandulu Dimas Putra Hermawan Disa Alizha Alyaa Putri Diyatrie Muhammad Bilal Dwi Murniyati Een Hernawati Een Nurhasanah Eidisti Belinda Eka Liana Putri Elis Sri Wulandari Ema Utami Evi Apriyani Fajar Arisandi Fakhrur Razie Fazrin Ardiansyah Feby Jolanda Olivia Fiisyatin Rodiah Firhansyah Fira Pebriyani Galang Ismu Kurniawan Gata, Windu Gina Raehani Grace Mulyono Hafifah Bella Novitasari Hafiz, Aliy Hanif Al Fatta Hilda Aqua Kusuma Wardhani Husein Mubarok Husein Nur Fauzy I Made Lana Prasetya Ibrahim, M. Syahrul Idris Dwi Affandi iftitah imawati Iis Ismawati Illafiatunnisa, Siti Irda Sopiyani Irvia Nazilatul Q Irwan Isril " Jayanti Utami Juli Murwani Juliana Nasution Khoirotus Silfiyah Khoirul Ramadhan Liliek Nur Sulistyowati Lukmanur Dzikri Efendhi, Sandy Luthfi Prasetiya Made Adhi Mahendrayana Malvin Regi Pramesta Marini Dwi Saputri Martini Martini Mega Rachmawati Arum Permatasari Metik Asmike Miko Prasetyo Mila Novianti Mohamad Sutrisno Muchamad Bachram Shidiq Muhamad Jeni Krisyanto Muhammad Muhammad Afwan Mubarok Muhammad Hafid Muhammad Nauval Muhammad Noval Nurhakim Muhammad Rifan Ghifari Muhammad Rizqi Fatahilah Muhammad Untung Nadiya Intan Mayang Wangi Nanik Ermawati, Nanik Ni Nyoman Ayu Desy Sekarini Ni Putu Sri Harta Mimba Nik Amah Nurhanami Rusirfah Nurhasanah Nurhasanah NURMAN RAMADHAN Oding Supriadi Pratiwi, Putu Irma Rachmi Afriani Regita Indah Cahyani Ria Rosdiana Hutagaol Rizky Arum RONI Royan Mustofa, Mukhammad Satria . Shyama Maricar Sinta Rosalina Siska Diana Sari Siti Rodiyah Sri Minarti Sri Susanti Stevani Tistayulia Rodiah Sinaga Subekti, Zaenal Mutaqin Surya Oktaviero Susetyowati Sofia suudin aziz Teguh Hilmansyah Uah Maspuroh Warsudi . Widia Murni Wijaya Wienike Dinar Pratiwi Wiwin Sulistyo Yuni Sari Pratiwi Yusfi Hasanah Zaena Hanifah Zam Annisa Zul Fikra