The present study pertains to the e

The present study pertains to the effect of Integrated Nutrient Management (INM) techniques
on seed cotton yield, economics and soil physico-chemical properties under rainfed condition. The
10 different treatments combinations comprising of organic and inorganic fertilizers (NPK),
gypsum, castor cake, compost and vermi-compost were studied. The experimental result showed
that the significantly highest seed cotton yield and highest net return were recorded under
treatment T9 (80 kg haG1 + 10 t compost haG1
+500 kg castor cake haG1
+ bio-fertilizer-Azotobacter+
PSM). The effect of different treatments on EC, organic carbon, available phosphorus and potash
and sulphur status in the soil were found significant and the maximum availability of most of the
micronutrients were recorded on account of application of compost at 10 t haG1
+ vermi compost at
1 t haG1
+ castor cake at 500 kg haG1
+ bio-fertilizer (Azotobacter+PSM). Bulk density of soil was
found to reduced due to application of organic alone (i.e., compost at 10 t haG1
,

compost at 10 t haG1
+vermi compost at 1 t haG1
+ castor cake at 500 kg haG1
+ bio-fertilizer (Azotobacter+PSM) or
integration of organic and inorganic sources of nutrient (N at 80 kg haG1
+castor cake 500 at kg haG1
and N at 80 kg haG1
+compost at 10 t haG1 +castor cake at 500 kg haG1
+bio-fertilizer.

Hasil (Bahasa Indonesia) 1:

Penelitian ini berkaitan dengan efek dari teknik manajemen nutrisi terpadu (INM)pada biji kapas menghasilkan, ekonomi dan tanah psiko-kimia properti di bawah kondisi sawah tadah hujan. The10 berbeda pengobatan terdiri dari kombinasi pupuk organik dan anorganik (NPK),Gypsum, castor kue, kompos, dan vermi-kompos dipelajari. Hasil percobaan menunjukkansecara signifikan tertinggi benih kapas dan laba bersih tertinggi tercatat di bawahpengobatan T9 (80 kg haG1 + 10 t kompos haG1 + 500 kg castor kue haG1+ bio-pupuk-Azotobacter +PSM). Efek perawatan yang berbeda di EC, karbon organik, fosfor dan kalium karbonatdan status belerang di tanah ditemukan signifikan dan ketersediaan maksimum dari sebagian besarmikronutrien tercatat pada aplikasi kompos di 10 t haG1 + vermi kompos1 t haG1 + jarak kue di haG1 500 kg + bio-pupuk (Azotobacter + PSM). Kepadatan Massal tanahditemukan berkurang karena aplikasi organik sendiri (yaitu, kompos di 10 t haG1, kompos 10 t haG1+ vermi kompos di 1 t haG1 + jarak kue di haG1 500 kg + bio-pupuk (Azotobacter + PSM) atauintegrasi organik dan anorganik sumber hara (N di 80 kg haG1 + jarak kue 500 di kg haG1dan N di 80 kg haG1 + kompos di 10 t haG1 + castor kue di haG1 500 kg + bio-pupuk.