Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Inter annual variability and trends of southwest monsoon rainfall over Anand in Gujarat state

View through CrossRef
Climate is a primary determinant of agricultural productivity. In turn, food and fibber production is essential for sustaining and enhancing human welfare. The trends of maximum atmospheric temperature, rainfall are analysed for meteorological data of Anand district in Central Gujarat India. Rainfall distribution over India is highly erratic and uncertain both in time and space. Heavy rainfall for short period and some times continuous dry spell creates problems for crop growth. Therefore, it is necessary to study the rainfall analysis for developing farming system which may help to increase and stabilize agricultural production through better use of natural resources. Monthly rainfall over Anand showed increasing trend in August and September with decreasing trend in June and July. Such trend was more evident in since in 1971 onwards. It revealed that the monthly rainfall during July decreasing trend while August and September is in increasing trend. Such phenomenon was more evident since 1971 onwards. The positive value of Mann-Kendall test statistic (0.459) indicated that rainfall during southwest monsoon season had an increasing trend tendency which was significant in 0.05 levels. The rainfall of August was highly variable and undependable followed by September. The occurrence of excess and deficient rainfall when compared to that of normal was seen in more or less equal numbers of years. The rainfall range and its variability was less during deficient rainfall years when compared to that of excess rainfall years. During June month, the rainfall series showing significant (0.05) level in sub periods 1961-1990 (-0.340). In July month the series is showing significant level in sub periods like 1901-1930 (0.261), 1931-1960 (0.483) and 1961-1990 (0.261). In the August month the series is showing significant level in sub periods like 1931-1960 (0.655) and 1991-2011 (0.853). In the month of September the rainfall series is showing the significant level in sub periods like 1901-1930 (0.335), 1931-1960 (0.596) and 1991-2011(0.389).
Title: Inter annual variability and trends of southwest monsoon rainfall over Anand in Gujarat state
Description:
Climate is a primary determinant of agricultural productivity.
In turn, food and fibber production is essential for sustaining and enhancing human welfare.
The trends of maximum atmospheric temperature, rainfall are analysed for meteorological data of Anand district in Central Gujarat India.
Rainfall distribution over India is highly erratic and uncertain both in time and space.
Heavy rainfall for short period and some times continuous dry spell creates problems for crop growth.
Therefore, it is necessary to study the rainfall analysis for developing farming system which may help to increase and stabilize agricultural production through better use of natural resources.
Monthly rainfall over Anand showed increasing trend in August and September with decreasing trend in June and July.
Such trend was more evident in since in 1971 onwards.
It revealed that the monthly rainfall during July decreasing trend while August and September is in increasing trend.
Such phenomenon was more evident since 1971 onwards.
The positive value of Mann-Kendall test statistic (0.
459) indicated that rainfall during southwest monsoon season had an increasing trend tendency which was significant in 0.
05 levels.
The rainfall of August was highly variable and undependable followed by September.
The occurrence of excess and deficient rainfall when compared to that of normal was seen in more or less equal numbers of years.
The rainfall range and its variability was less during deficient rainfall years when compared to that of excess rainfall years.
During June month, the rainfall series showing significant (0.
05) level in sub periods 1961-1990 (-0.
340).
In July month the series is showing significant level in sub periods like 1901-1930 (0.
261), 1931-1960 (0.
483) and 1961-1990 (0.
261).
In the August month the series is showing significant level in sub periods like 1931-1960 (0.
655) and 1991-2011 (0.
853).
In the month of September the rainfall series is showing the significant level in sub periods like 1901-1930 (0.
335), 1931-1960 (0.
596) and 1991-2011(0.
389).

Related Results

Isotopic Signatures of Precipitation: Linking Tropospheric and Surface Processes in India's Core Monsoon Zone
Isotopic Signatures of Precipitation: Linking Tropospheric and Surface Processes in India's Core Monsoon Zone
The monsoon system is a dynamic and complex component of the atmospheric water cycle, profoundly impacting weather, climate, and human activities. A variety of meteorological obser...
Does the El Niño-Southern Oscillation Impact on the Indian Summer Monsoon 1-Dimensional?
Does the El Niño-Southern Oscillation Impact on the Indian Summer Monsoon 1-Dimensional?
Abstract Recent rapid changes in the global climate and warming temperatures increase the demand for local and regional weather forecasting and analysis to improve the accu...
Temporal Rainfall Variabilityand Its Correlation with Temperature over Ranchi, Jharkhand
Temporal Rainfall Variabilityand Its Correlation with Temperature over Ranchi, Jharkhand
The extent to which rainfall amount varies across an area (spatial) or through time (temporal) is an important characteristic to determine the climate of an area. The discipline th...
Rainfall Variability and Trends in Sorghum Growing Semi-Arid Rift Valley of Ethiopia
Rainfall Variability and Trends in Sorghum Growing Semi-Arid Rift Valley of Ethiopia
Abstract Climate is negatively affecting sorghum production in the semiarid Rift Valley of Ethiopia. Assessing variability and trends in rainfall is important to design and...
Influence of Cumulative Rainfall on the Occurrence of Landslides in Korea
Influence of Cumulative Rainfall on the Occurrence of Landslides in Korea
This study presents the impact of cumulative rainfall on landslides, following the analysis of cumulative rainfall for 20 days before the landslide. For the 1520 landslides analyze...
Asian-Australian monsoon variations at orbital scales – insights from model simulations
Asian-Australian monsoon variations at orbital scales – insights from model simulations
<p>The Asian-Australian monsoon system is mainly composed of East Asian monsoon, Australian monsoon and South Asian monsoon. The Australian monsoon and East Asian mon...
A (small) step towards standardisation in rainfall simulation experiments
A (small) step towards standardisation in rainfall simulation experiments
<p>Rainfall simulation is widely used within hydrological and geomorphological sciences and is particularly important in the study of rainfall-runoff, erosion and pol...

Back to Top