Krishna Kumar Pandey
Biography
He is PhD. Research Scholar (ICAR-ASRB-NET; DST-JRF) Institute of Environment and Sustainable Development, Banaras Hindu University, Varanasi, UP 221005, INDIA
Research Interest
Plastics Pollution, Microplastics, Agricultural Pollution, Crop diversification, Plant-microbe pollutant interactions, Microbial response to climate change & Food Security.
Languages: C++; O.S.: Windows7, 8, 8.1, LINUX. Software’s: ENVI, ARC GIS, R. Instruments: High Volume Sampler (HVS); Atomic Absorption Spectroscopy (AAS); Inductive Couple Plasma Optical Emission Spectrometer (ICP-OES); Conductivity Meter; Centrifuge; Autoclave; GC-MS
Abstract
"Maintaining Soil Biodiversity Despite Plastic Pollution: harmonizing Humanity and Environment"
Krishna Kumar Pandey1*, P.C. Abhilash1 1Institute of Environment & Sustainable Development, Banaras Hindu University, Varanasi 221005, India
Member of Agroecology Specialist Group Commission on Ecosystem Management, IUCN, Switzerland
Preserving soil biodiversity becomes imperative in this period (Anthropocene era) of fast environmental deterioration in order to protect the earth and its inhabitants. Here, we're going to look at digital innovation and show you how, in an increasingly interconnected world, digital conservation technology and services can support human-animal cooperation, sustainable and lawful wildlife commerce, and wildlife conservation for present and future generations. The numerous links that exist between humans, the environment, and the widespread problem of plastic pollution are explored in this essay, with a focus on the necessity of group action for conservation initiatives. A vast array of microbes, plants, and animals make up soil biodiversity, which is the foundation of terrestrial ecosystems and supports vital ecological processes including carbon sequestration, soil fertility, and nutrient cycling. But this complex web of life is under unprecedented peril, the main one being the increase in plastic waste. Fossil fuel-derived plastics are ubiquitous in our surroundings, causing physical fragmentation, chemical leaching, and trapping of creatures that disrupt soil ecosystems in both pristine wilderness and urban settings. Furthermore, trash made of plastic can spread dangerous contaminants, upsetting the microbial populations in the soil and endangering its health. Promoting a fuller comprehension of the complex links between soil biodiversity and plastic pollution is crucial in light of these difficulties. We can spark revolutionary change by including a variety of stakeholders in cooperative conservation projects, such as legislators, scientists, educators, and local communities. Campaigns to raise awareness and educate people are essential in encouraging people to embrace eco-friendly alternatives, cut back on plastic use, and adopt sustainable behaviours. Additionally, in order to stop the spread of plastic pollution and protect soil biodiversity, legislative interventions such as strict limits on plastic manufacture and waste management are necessary. Accepting cutting-edge alternatives, including biodegradable plastics and biomimetic materials modelled after natural structures, presents viable paths towards reducing the negative effects of plastic pollution on soil ecosystems. Furthermore, establishing alliances between corporations, governments, and civil society groups may make use of their combined resources and experience to carry out comprehensive conservation plans. We can create a more sustainable future for future generations by fostering a symbiotic relationship between humans and the environment that is based on a profound understanding of the intrinsic importance of soil biodiversity. By working together to combat plastic pollution and protect biodiversity in the soil, we can create resilient ecosystems that support life and advance the welfare of both Earth and humankind.
