Subramanian Aishwarya, Nagarajan Aditya Mosur, Vinod Sruthi, Chakraborty Samarshi, Sivagami Krishanasamy, Theodore Thomas, Sathyanarayanan Sri Shalini, Tamizhdurai Perumal, Mangesh V L
Industrial Ecology Research Group, School of Chemical Engineering, Vellore Institute of Technology Vellore India
Department of Chemistry, Dwaraka Doss Goverdhan Doss Vaishnav College (Autonomous) (Affiliated to the University of Madras, Chennai) 833, Gokul Bagh, E.V.R. Periyar Road, Arumbakkam Chennai 600 106 Tamil Nadu India
RSC Adv. 2023 Apr 19;13(18):12204-12228. doi: 10.1039/d2ra07448f. eCollection 2023 Apr 17.
Urbanization and industrial development are increasing rapidly. These are accompanied by problems of population explosion, encroachment of agricultural, and construction lands, increased waste generation, effluent release, and escalated concentrations of several greenhouse gases (GHGs) and pollutants in the atmosphere. This has led to wide-scale adverse impacts. Visible effects are fluctuations in temperatures and precipitation, rising sea levels, unpredictable floods, storms and cyclones, and disruption to coastal and transitional ecosystems. In a country like India with a massive population of nearly 1.4 billion and around 420 million people dwelling on or near the coasts, this effect is pre-dominant. India has extensive coastlines on both sides that are subject to greater contact and high impact from the water bodies. The factors impacting climate change, its consequences, and future predictions must be analyzed immediately for implementing precautionary measures to ameliorate the detrimental effects. Several endemic species have been endangered as these changes have resulted in the loss of habitat and interfered with the food webs. Climatic impacts on transitional ecosystems also need to be considered to preserve the diversity of each. The cooperation of governmental, independent organizations and policymakers throughout the world is essential to control and mediate the impacts on health, agriculture, and other related sectors, the details of which have been elaborated in this review. The review analyses the trends in climatic variation with time and discusses a few extremities which have left permanent effects on the population primarily concerning the coastal - Indian scenario and its eco-systems.
城市化和工业发展正在迅速增长。随之而来的是人口爆炸、农业用地和建设用地被侵占、废物产生增加、污水排放以及大气中几种温室气体(GHGs)和污染物浓度上升等问题。这已导致广泛的不利影响。明显的影响包括气温和降水波动、海平面上升、不可预测的洪水、风暴和飓风以及对沿海和过渡生态系统的破坏。在像印度这样拥有近14亿庞大人口且约4.2亿人居住在海岸或附近的国家,这种影响尤为显著。印度两侧都有广阔的海岸线,更容易受到水体的影响且冲击较大。必须立即分析影响气候变化的因素、其后果以及未来预测,以便实施预防措施来减轻有害影响。由于这些变化导致栖息地丧失并干扰了食物网,一些特有物种已濒临灭绝。还需要考虑气候对过渡生态系统的影响,以保护每个生态系统的多样性。全世界政府、独立组织和政策制定者的合作对于控制和调解对健康、农业及其他相关部门的影响至关重要,本综述对此进行了详细阐述。该综述分析了气候变化随时间的趋势,并讨论了一些对人口产生永久影响的极端情况,主要涉及印度沿海地区及其生态系统。