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1
  • Control of cr(vi) pollution by newly generated adsorbents


Dr Sipu Jayswal

Abstract:
In order to remove hexavalent chromium (Cr(VI)) from aqueous solutions, this study examines the effectiveness of three new adsorbents: biochar, metal-organic frameworks (MOFs), and graphene-based nanocomposites. Remediation of Cr(VI), a very hazardous environmental contaminant, is extremely difficult. To examine how well these adsorbents performed under different circumstances, including pH, contact time, and adsorption kinetics, adsorption experiments were carried out. The results showed that nanocomposites outperformed both biochar and MOFs in terms of adsorption effectiveness, achieving 95% removal of Cr(VI) at pH 2. According to the Langmuir isotherm model, nanocomposites had a maximum adsorption capacity of 95.4 mg/g, which was much more than that of MOFs (82.1 mg/g) and biochar (45.0 mg/g). Nanocomposites exhibited pseudo-second-order kinetics, which suggests faster adsorption rates, according to kinetic studies. Furthermore, after three adsorption-desorption


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  • A study of Ecological Roles of Predatory Species in Indian Ecosystems: Importance for Biodiversity Balance


Dr.Balasaheb K.Tapale

Abstract:
Predatory animals serve crucial roles in preserving ecological balance across India's different habitats. For this research, we studied what prey populations, the skin of Bengal tigers, Indian wolves, and raptors do to the environment, to the habitat's health, and to the biodiversity resilience. This study shows that predators (and especially pest predators) can contribute to trophic hierarchy and active ecosystem service provision (i.e., pest and vegetable regulation) while being associated with important ecosystem components (i.e., energy flow) in the settings of human-influenced landscapes and for the Sundarbans. The dangers are land fragmentation and human-animal conflict, and climate change is totally investigated, and the critical need for complete conservation efforts is highlighted. The restoration efforts provide important lessons for future biodiversity management, as how to manage and restore a globally very endangered animal had been successful through the success of Project Tiger and the use of indigenous ecological knowledge. The policy proposals for the stronger protected area networks and the rewards for community-based conservation, as well as climate resilience, are incorporated into predator conservation planning. For future research with coupling new technology, long-term ecological monitoring, and socio-ecological frameworks to solve complex conservation problems, the paper proposes. Overall, Indian ecological and cultural fabric cannot be imagined without the existence of the predatory species in India. To ensure long-term sustainability, conservation research and grassroots stewardship must be linked with forward-thinking and multidisciplinary strategies to ensure the predator’s sustainability and the ecosystems they support.


12-25
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  • Rashtriya Research Institute
    Of New Medical Sciences

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