Understanding Soil Quality Dynamics for Improving Rice Yield in Farmer’s Field

Charan Singh, Amit Kumar, Vishal Gandhi, Lalita, Sukham Madaan, S. Saini, Mahaveer, Ashish Jain, Rakesh Kumar, Sumit
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Abstract

A roving survey was conducted during Kharif 2023 to assess the constraints in rice crop production of district Kaithal, Haryana. A total of 20 soil samples from the surveyed sites were collected in triplicate for further analysis. The pH(1:2) and EC(1:2) and OC of the surveyed sites ranged from 7.84 to 8.98, 0.19 to 0.66 dS/m and 0.44 to 0.67% respectively. The surveyed soils were non saline in nature. Most of the surveyed sites (around 70%) were found medium in organic carbon status. Soil available nitrogen ranged from 145.36-194.13 kg N/ha, available phosphorus 11.54-19.27 kg P/ha and available potassium 323.2-398 kg K2O/ha in the surveyed sites. The grain yield of rice varieties ranged from 2.85-8.85 t/ha whereas the straw yield of rice varieties ranged from 5.0-12.0 t/ha. The commonly grown rice varieties in scented group were PB 1121, PB 1509, PB 1718, PB 1847 and CSR 30 while the common high yielding non-scented variety and hybrid was PR114 and Vnr 2222, respectively. The constraints include low available nitrogen status of soils, high pH and sodicity at some sites, improper and untimely urea (N fertilizer) application. No farmer was   applying organic fertilizers.
了解土壤质量动态,提高农民田间的水稻产量
为评估哈里亚纳邦凯塔尔地区水稻作物生产的制约因素,我们在 2023 年的 Kharif 期间进行了一次巡回调查。从调查地点共采集了 20 份土壤样本,一式三份,用于进一步分析。调查地点的 pH 值(1:2)、EC 值(1:2)和 OC 值范围分别为 7.84 至 8.98、0.19 至 0.66 dS/m 和 0.44 至 0.67%。所调查的土壤均不含盐。大多数调查地点(约 70%)的有机碳含量处于中等水平。调查地点的土壤可利用氮含量为 145.36-194.13 千克氮/公顷,可利用磷含量为 11.54-19.27 千克磷/公顷,可利用钾含量为 323.2-398 千克 K2O/公顷。水稻品种的谷物产量为 2.85-8.85 吨/公顷,稻草产量为 5.0-12.0 吨/公顷。常见的香稻品种有 PB 1121、PB 1509、PB 1718、PB 1847 和 CSR 30,常见的高产非香稻品种和杂交品种分别是 PR114 和 Vnr 2222。制约因素包括土壤可利用氮含量低、某些地点 pH 值和钠含量高、尿素(氮肥)施用不当和不及时。没有农民施用有机肥。
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