PJB-2023-209
Improving soil fertility and maize productivity through application of hydrochar and farm yad manure under various tillage practices
Waleed
Abstract
Wheat is an important crop all over the world selection of suitable verity is most important according to the climatic condition of the growing area. This study aim to evaluate the advanced wheat lines for yield and associated traits under irrigated and rainfed conditions. The experiment was carried out at Agriculture Research Station, Swabi during Rabi season 2021-22. Eighteen different wheat genotypes along with 2 check varieties (Swabi-1 and Gulzar-11) [Ma1] under irrigated and rainfed conditions were studied. Data were recorded on days to heading, flag leaf area, plant height, days to maturity, spike weight, spike length, spikelets spike-1, 1000-grain weight, grains per spike and grain yield. All the plant attributes were significantly affected by rainfed and irrigated conditions. Over all wheat genotypes MPT3 and MPT4 performed better than local check Swabi-1 and produced maximum grain yield 3971.3 kg ha-1 and 3971.2 kg ha-1 respectively. MPT3 and MPT4 had the genetic potential to produce high yield under irrigated environment. While in rainfed condition maximum grain yield (3755.4 kg ha-1) was recorded in MPT4 followed by MPT14 (3611 kg ha-1) whereas MPT14 showed maximum spikelets per spike
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