Javascript must be enabled to continue!
Climatic changes in and around the Rajasthan desert during the 20th century
View through CrossRef
AbstractRainfall and temperature data during the period 1901–1982 are studied for the northwest Indian region consisting of the meteorological subdivisions of Punjab, Haryana, west Rajasthan, east Rajasthan and west Madhya Pradesh. The results indicate a decreasing trend in the mean annual surface air temperature, which is mainly contributed by the south‐west monsoon season (June through September), The mean annual and south‐west monsoon season rainfall series over most parts of the region indicate a conspicuous increasing trend. The increasing trend is significantly marked for the subdivisions constituting the peripheral areas of the Rajasthan desert. These trends in rainfall and temperature are examined in relation to the changing land use pattern of the region due to extensive irrigation. Earlier findings of Winstanley (1973) reporting a decreasing trend in rainfall are found to be unacceptable due to the unrealistic assumptions of his study.
Title: Climatic changes in and around the Rajasthan desert during the 20th century
Description:
AbstractRainfall and temperature data during the period 1901–1982 are studied for the northwest Indian region consisting of the meteorological subdivisions of Punjab, Haryana, west Rajasthan, east Rajasthan and west Madhya Pradesh.
The results indicate a decreasing trend in the mean annual surface air temperature, which is mainly contributed by the south‐west monsoon season (June through September), The mean annual and south‐west monsoon season rainfall series over most parts of the region indicate a conspicuous increasing trend.
The increasing trend is significantly marked for the subdivisions constituting the peripheral areas of the Rajasthan desert.
These trends in rainfall and temperature are examined in relation to the changing land use pattern of the region due to extensive irrigation.
Earlier findings of Winstanley (1973) reporting a decreasing trend in rainfall are found to be unacceptable due to the unrealistic assumptions of his study.
Related Results
Spatio-Temporal Evolution of Ecological Sensitivity in the Desert of China from 1981 to 2022
Spatio-Temporal Evolution of Ecological Sensitivity in the Desert of China from 1981 to 2022
The northern desert of China plays an important strategic role in land resource security and national economic development. Research on the spatio-temporal changes of ecological se...
Personality traits of basketball players of different universities of Rajasthan
Personality traits of basketball players of different universities of Rajasthan
The purpose of this study was to compare the personality traits of basketball players of different universities of Rajasthan the subject were male basketball players selected from ...
Desert is a dyadic relation
Desert is a dyadic relation
Abstract
The orthodox view of the metaphysics of desert is that desert is a triadic relation that obtains between a subject, an object and a desert base. Not only is...
Desert Channels
Desert Channels
Desert Channels is a book that combines art, science and history to explore the ‘impulse to conserve’ in the distinctive Desert Channels country of south-western Queensland. The re...
Climatic change: Desert-forming processes
Climatic change: Desert-forming processes
Several different hypotheses exist in which atmospheric dust is identified as having a dominant role in desert-forming processes. The theory of Bryson and Baerreis for the Rajastha...
FREE DRUG DISTRIBUTION IN RAJASTHAN
FREE DRUG DISTRIBUTION IN RAJASTHAN
Rajasthan Mukhyamantri Nishulk Dava Yojana was launched on 2nd October 2011, by the Chief Minister of Rajasthan Shri Ashok Gehlot. Formally called the Mukhyamantri Nishulk Dava Yo...
Hydrothermal Effects of Freeze-Thaw in the Taklimakan Desert
Hydrothermal Effects of Freeze-Thaw in the Taklimakan Desert
The Taklimakan Desert, also known as the “Sea of Death”, is the largest desert in China and also the world’s second largest remote desert. The road crossing the Taklimakan Desert i...
Vegetation species diversity and its influencing factors in mountain desert communities in northern Xinjiang China
Vegetation species diversity and its influencing factors in mountain desert communities in northern Xinjiang China
Abstract
The desert covers 46.9% of the grassland in Xinjiang Uygur Autonomous Region of China (including Southern and Northern Xinjiang). In the present study, 527 plots (...

