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Vol. 11, Special Issue 6 (2022)

Nutrient uptake of mustard crop in different fertilizer levels under Gmelina arborea and Dalbergia sissoo based agroforestry systems

Author(s):
Ajay Kumar Shah, Dr. R Bajpai, Dr. RB Singh, Dr. MK Awasthi and Dr. PS Kulhade
Abstract:
A field experiment was conducted at research farm, department of forestry, jnkvv, Jabalpur during rabi season 2020-21 to find out nutrient uptake of mustard crop in different fertilizer levels under Gmelina arborea and Dalbergia sissoo based agroforestry systems. The experiment was laid out in a factorial randomized block design (FRBD) with 4 replications and 2 factor and 3 fertilizer treatments consisted of F1 (75%NPK@ 45:30:30 kg ha-1), F2 (100%NPK@ 60:40:40 kg ha-1), and F3 (125%NPK@ 75:50:50 kg ha-1) the nutrient absorption by mustard crop under different fertilizer levels. The result revealed that there were different variations in nutrients uptake by mustard. The highest nutrient absorption by mustard seed was observed in F3 (9.20:0.858:8.91) and minimum was in F1 (5.16:0.352:3.97). The highest nutrient absorption by straw was observed in F3 (4.64:0.122:24.49) and minimum was in F1 (3.07:0.084:19.36). among different factor under fertilizer level was different estimated in mustard grain under Gmelina was estimated maximum was found in F3 (11.34:1.133:10.33) and minimum was in F1 (6.01:0.513:4.56) whereas under fertilizer level was different estimated in mustard straw under Gmelina was estimated maximum was found in F3 (4.99:0.130:24.09) and minimum was in F1 (3.52:0.096:20.69) moreover mustard grain under Dalbergia was estimated maximum was found in F3 (7.06:0.583:7.49) and minimum was in F1 (4.30:0.191:3.39) whereas under fertilizer level was different estimated in mustard straw under Gmelina was estimated maximum was found in F3 (4.29:0.113:18.03) and minimum was in F1 (2.65:0.072:24.90).
Pages: 1231-1234  |  280 Views  147 Downloads
How to cite this article:
Ajay Kumar Shah, Dr. R Bajpai, Dr. RB Singh, Dr. MK Awasthi and Dr. PS Kulhade. Nutrient uptake of mustard crop in different fertilizer levels under Gmelina arborea and Dalbergia sissoo based agroforestry systems. The Pharma Innovation Journal. 2022; 11(6S): 1231-1234.

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