December 2017
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1 Read
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1 Citation
International Journal of Current Microbiology and Applied Sciences
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December 2017
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1 Read
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1 Citation
International Journal of Current Microbiology and Applied Sciences
November 2017
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8 Reads
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1 Citation
International Journal of Current Microbiology and Applied Sciences
January 2017
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607 Reads
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3 Citations
MAUSAM
Extreme rainfall events are a significant cause of loss of life and livelihoods in Odisha. Objectives of the present study are to determine the trend of the extreme rainfall events during 1991-2014 and to compare the events between two periods before and after 1991. Block level daily rainfall data were used in identifying the extreme rainfall events, while district level aggregation was used in analysing the trend in three categories, viz., heavy, very heavy and extremely heavy rainfall as per criteria given by India Meteorological Department (IMD). The state as a whole received one extremely heavy, nine very heavy, and forty heavy rainfall events in a year. When percentage of occurrence of each category out of the total extreme events over different districts was considered, maximum % of extremely heavy rainfall occurred in Kalahandi (5.8%), very heavy rainfall in Bolangir (23.8%) and heavy rainfall in Keonjhargarh (85.4%). Trend analysis showed that number of extreme rainfall events increased in a few districts, namely, Bolangir, Nuapada, Keonjhargarh, Koraput, Malkangiri, and Nawarangapur and did not change in other districts. In Puri district, extremely heavy rainfall frequency decreased. New all-time record high one-day rainfall events were observed in twenty districts during 1992 to 2014, surpassing the earlier records, which could be attributed to climate change induced by global warming. Interior south Odisha was found as the hot spot for extreme rainfalls.
... The experimental field's soil was a clayey loam group known locally as "Dorsa", having a relatively coarser texture. The soil had a neutral response, with medium potassium and nitrogen content and low phosphorous (Mohanty et al., 2017). ...
November 2017
International Journal of Current Microbiology and Applied Sciences
... In the coastal districts however, depth of water table is relatively shallow i.e., it varies between 2-5 m during pre-monsoon and < 2 m during post-monsoon. In the last two or three decades, frequency of extreme weather events such as intense rainfall has increased in many parts of Odisha (Pasupalak et al., 2017). A significantly increasing (decreasing) trend in the frequency of high-intensity (low-intensity and wet days) rainfall events over most parts of Odisha is observed for all the seasons (Nageswararao et al., 2019). ...
January 2017
MAUSAM