Indian Journal of Agroforestry
  • Year: 2014
  • Volume: 16
  • Issue: 1

Nutrients application and their effect on health of planting stock and the nutrient uptake in Albizia chinensis merr.

  • Author:
  • Vipan Guleria1,, Amol Vashist, Sanjeev Sharma
  • Total Page Count: 6
  • Page Number: 45 to 50

1RHRS, Jachh, Himachal Pradesh, Pin-176201

Dr. Y. S. Parmar University of Horticulture and Forestry, Nauni, Solan

*Email: Vip_an2003@yahoo.com

Online published on 23 May, 2017.

Abstract

Albizia chinensis merr. is nitrogen fixing shade tree species and beneficial to tea, cocoa and coffee crops. It can also be interspersed with bananas where it probably acts as a partial wind break and increases humidity. The stock quality of the species is poor. Apart from this, there is no recommendation for raising the planting stock with integrated use of fertilizers. All these affect its prospects in the field. The study was conducted to standardize the integrated dose of organic manure and inorganic fertilizers for getting the quality planting stock of the species. The eleven treatments by integrating farm yard manure (FYM), nitrogen and phosphorus were applied in the polybags raised stock. The experiment was conducted in the completely randomized block design. Effect of combined doses of FYM, nitrogen and phosphorus at the rate of 10 t/ha, 60 kg/ha, 50 kg/ha, rspectively produced the highest germination (56.30%) and seedlings shoot (30.75 cm) and root length (36.43 cm), number of leaves (8.22), leaf area (105.50 cm2), shoot (3.17 g) and root weight (3.82 g) and stock quality index (0.81). FYM x nitrogen x phosphorus interaction resulted in significant change in NPK contents and their uptake. F3N3P2 and F3N3P3 interaction combination produced the seedlings with the highest nitrogen (2.82%) and phosphorus contents (0.124%). Whereas, F3N3P3 interaction registered the maximum potassium (1.28%) and NPK uptake (N: 131.50; P: 8.01 and K: 70.27 mg/plant) in A. chinensis seedlings.

Keywords

Albizia chinenesis, inorganic fertilizers, nutrient, organic, standardization, Western Himalayas