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Volume 9, Issue 26, 2023

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The present investigation was undertaken on river Jehlum through Sopore urban centre of Jammu and Kashmir State. The study revealed that the river is facing great anthropogenic pressure from the dense unorganised human settlements located on its both banks throughout the sopore town. Domestic wastes and municipal sewage are continuously being discharged directly into the river without any proper treatment. The gradual decrease in CO2 increase in chlorides, alkalinity and nitrates indicate high degree of organic pollution of the river. The anthropogenic pressure on the river is likely to increase if left unattended which could have prolonged disastrous effects on the river water quality and in turn a massive environmental pollution particularly in the valley of Kashmir.

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ANALYSIS

Ground Water Modeling for Evaluation of Effect of Water Harvesting Structures on Groundwater Recharge

Kalgapurkar Anita, Gurunadharao VVS

Many watersheds in state of Andhra Pradesh, India have ground water as the main source of water for agriculture as well as other purposes in absence of any irrigation project

Climate Change, 2023, 9(26), e1cc1003

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REPORT

Carbon footprint analysis of rural households with respect to fuel and energy consumption in village Chak Chua of district Jammu, J & K

Shahima Akhter, Piyush Malaviya

The household is a basic micro unit of the nation which can play an important role in protecting environment by curbing the emission of carbon footprints

Climate Change, 2023, 9(26), e2cc1004

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Anthropogenic pressure on river Jhelum through Sopore urban centre (Jammu & Kashmir): a case study

Sajad A Pir, Mir MF

The present investigation was undertaken on river Jehlum through Sopore urban centre of Jammu and Kashmir State. The study revealed that the river is facing great anthropogenic pressure

Climate Change, 2023, 9(26), e3cc1005

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ANALYSIS

Quantifying climate-driven migration in Khulna, Bangladesh: A multi-faceted analysis of socio-economic dynamics, educational gaps, and policy imperatives amidst escalating displacement trends

Muhammad Faysal, Md Faisal Alam, MM Enamul Aziz, Md Rasel-Ud Jaman

A mixed-methods strategy is utilized in this study to analyze climate-induced migration in Khulna, Bangladesh.

Climate Change, 2023, 9(26), e4cc1009

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Creative Commons License

© The Author(s) 2023. Open Access. This article is licensed under a Creative Commons Attribution License 4.0 (CC BY 4.0).