This study presents a comprehensive exploration of the limnology of Ghunghutta Dam, aimed at understanding the ecological dynamics and water quality characteristics of this important aquatic ecosystem. Limnological parameters including physical, chemical, and biological properties were investigated over a period of time to assess the overall health and functioning of the dam. Data on water temperature, pH, dissolved oxygen, nutrients, and planktonic communities were collected and analyzed to elucidate the key factors influencing the ecological balance of the reservoir. The findings of this study provide valuable insights into the limnological profile of Ghunghutta Dam, facilitating informed management strategies for the conservation and sustainable utilization of this vital water resource.

This study aims to assess stress levels among caged phasianids at the National Zoological Park in New Delhi. Phasianids, including pheasants, quails, and partridges, are commonly kept in captivity for conservation, research, and public display purposes. However, confinement in captivity can subject these birds to various stressors, potentially impacting their welfare and physiological health. Through a combination of behavioral observations, physiological measurements, and stress hormone analysis, we evaluate stress levels among caged phasianids and identify potential stressors in their captive environment. Preliminary findings suggest that factors such as overcrowding, inadequate enrichment, and disturbance from visitors may contribute to elevated stress levels in these birds. This research contributes to our understanding of the welfare implications of captivity for phasianids and informs strategies for improving their management and care in zoological facilities.

Bushmeat exploitation, the hunting and consumption of wild animals for food, has significant ecological and conservation ramifications. This study examines the impacts of bushmeat exploitation on biodiversity, ecosystem dynamics, and conservation efforts. Through field surveys, ecological assessments, and socio-economic analyses, we investigate the drivers and consequences of bushmeat trade in various ecosystems. Results reveal the depletion of key wildlife species, disruption of trophic interactions, and loss of ecosystem services due to unsustainable hunting practices. Moreover, bushmeat exploitation threatens the long-term viability of endangered species and undermines conservation initiatives. We discuss the implications of these findings for wildlife management, sustainable livelihoods, and biodiversity conservation strategies.