The impact of soil drought on the formation of organs and productivity of vegetable pea
Maarif Yusiphov Almədəd |
|
| Vegetable Research Institute | |
| teti_az@mail.ru |
Alamdar Asgarov Taghi |
|
| Vegetable Research Institute | |
| teti_az@mail.ru |
Fakhraddin Aghayev Nifi |
|
| Vegetable Research Institute | |
| teti_az@mail.ru |
The article describes the impact of soil drought on the formation of vegetative and generative organs (flowers, beans and grains) in vegetable pea, as well as on productivity. As a result of the research, it was determined that the soil drought had a negative impact on the formation of leaves, flowers, beans and grains in vegetable pea, leading to a decrease in their number, as well as a reduction in leaf surface area. It was also found that, the length of the beans was shortened and the width was slightly increased due to the drought, which led to the enlargement of the grain and an increase in the weight of 1,000 seeds. The results of the study showed that the first beans appeared in the non-irrigated drought field 15 days earlier than in the irrigated area, and the plant completed its growing season faster, which protects the plants from the destructive impact of soil and air drought. Soil drought also has a significant impact on the structure of the crop - the number and size of beans per plant, the weight and number of grains in beans, the mass of 1000 grains, as well as productivity.
No other article by the author!
-
Evaluation of the effect of average annual temperature indicators on the productivity of grain crops
H. Khalilov • UOT: 504.32, 633.1 • 2024 -
Calculation of the amount of biomass (grass) in pastures based on multispectral satellite images
A. Yashar • UOT: 528.8.04, 633.2.033 • 2024 -
Assessing drought on agricultural productivity: a remote sensing approach to monitoring and adaptation
K. Mamedova • UOT: 332.1, 528.8, 633/635 • 2024 -
Yield curve of agricultural companies bonds as a tool for forecasting sustainable development of the industry
A. Popovych • UOT: 332.02, 330.322 • 2024 -
Сarbon dioxide emissions and the main problems of global warming
I. Ismayilov • УДК: 504.05; 504.06; 504.3 • 2024 -
Reducing the price gap in agricultural product markets: international solutions and best practices
A. Gadashov • UDC: 338.43, 631.15, 631.17 • 2023
-
Opportunities to accelerate the transition to
E. Guliyev • UOT: 330.15, 332.362, 332.368 • 2024 -
Mechanisms for expanding access to financial means of agricultural producers
R. Aliyev • UOT: 338.43: 336.7, 336.77 • 2024 -
Analysis and econometric evaluation of the main factors affecting the productivity of wheat in Azerbaijan
J. Hasanov, T. Musayev • UOT: 338.43, 330.15, 633.11, 519.862.6 • 2024 -
Implementation of the ISO 9001:2015 standard in a Livestock Scientific Research Institute: experience and recommendations
G. Sharifov • UOT: 006.35; 001.891; 631.1 • 2024 -
Assessment of the interactions of Agriculture with other sectors in Azerbaijan
T. Musayev • UOT: 338.43, 330.44, 303.725.34 • 2024 -
Organization of control and audit in agriculture
S. Guliyeva • UOT: 33.336/63 • 2024 -
Improving the accounting for cost capitalization transactions on biological assets
V. Mehdiyev • UOT: 338.43, 338.512: 636/637 • 2024 -
Regulation of production relations in the food industry
V. Abbasov, T. Gorchiyeva • UOT: 63.33, 330.54, 330.554 • 2024
Arshad. Yashar
Head of land identification and geographical data sector of the Land use Control Department of the Ministry of Agriculture of the Republic of Azerbaijan
Lotanna. Emediegwu
Department of Economics, The University of Manchester, UK | Department of Agricultural Economics, University of Ilorin, Nigeria | Department of Economics, Policy and International Business, Manchester Metropolitan University, UK
Ramiz. Isgandarov
Department of "Economics and Statistics" of Azerbaijan Technical University
prof, dr
