Response of Soybean to Organic Manure and Potash

Response of Soybean to Organic Manure and Potash

EnglishPaperback / softbackPrint on demand
Ingle, A. B.
LAP Lambert Academic Publishing
EAN: 9783659530685
Print on demand
Delivery on Monday, 3. of February 2025
CZK 1,320
Common price CZK 1,467
Discount 10%
pc
Do you want this product today?
Oxford Bookshop Praha Korunní
not available
Librairie Francophone Praha Štěpánská
not available
Oxford Bookshop Ostrava
not available
Oxford Bookshop Olomouc
not available
Oxford Bookshop Plzeň
not available
Oxford Bookshop Brno
not available
Oxford Bookshop Hradec Králové
not available
Oxford Bookshop České Budějovice
not available
Oxford Bookshop Liberec
not available

Detailed information

Soybean is considered a miracle crop because of its dual qualities, viz., high protein content and oil in seed. In India, the average area under soybean cultivation is 7.71 m ha and the productivity of crop is 1073 kg/ha with total production of 8.27 m t. Even though it is the cheapest high quality vegetable protein, we are yet to exploit its full potential. The excess use of chemical fertilizer spoils the structure of the soil. Therefore, use of chemical fertilizer alone may not keep pace with time in maintenance of soil health for sustaining the crop productivity. Farmyard manure (FYM) and vermicompost are the most important and widely used bulky organic manures, supply plant nutrients including micronutrients, improve soil physical properties and increase availability of nutrients. The importance of potassium in Indian agriculture is increasing with the passage of time. The crop response to application of potassium is becoming more frequent and pronounced. The effect of organic manures and potash on growth yield of soybean under rainfed condition has not yet been tested for this area. To bridge the research gaps highlighted above, the present experiment was carried out.
EAN 9783659530685
ISBN 3659530689
Binding Paperback / softback
Publisher LAP Lambert Academic Publishing
Publication date April 24, 2014
Pages 112
Language English
Dimensions 229 x 152 x 7
Readership General
Authors Ingle, A. B.; Mathukia, R. K.; Shekh, M. A.