Urbanization and Land Use Dynamics in Nashik City
Year: 2025
Type: article
Abstract: Nashik City has rapidly expanded and altered during the past 20 years. A few key factors, including the migration of people from rural to urban regions, increased industrial activity, and significant infrastructure upgrades, are primarily responsible for the city's expansion. Between 2000 and 2020, Nashik's built-up area increased by over 45%. As a result, the city was transformed from a largely rural region into a heavily populated urban area. The rapid expansion of cities has resulted in a significant decline in cropland, which has decreased by roughly 32% during the same period. Additionally, biodiversity has decreased as a result of forest and water body invasions and degradation. The likelihood of ecological issues including soil erosion and water shortages has increased as a result of these environmental changes. It's evident from what we've witnessed that we must swiftly embrace sustainable urban planning techniques that meticulously strike a balance between environmental preservation and economic prosperity. Stricter zoning regulations are necessary to better regulate land use and prevent unchecked urban development. Additionally, increasing the amount of green space in the city can help mitigate some of the negative environmental effects. Giving individuals incentives and support to use sustainable building techniques is another essential way to promote eco-friendly building practices. These actions will help Nashik develop in a way that preserves its natural resources and improves the health of its citizens. It is possible that in the future, Nashik may be able to become a more resilient city if government institutions, local inhabitants, and environmental specialists work together. All of this will ensure that the growth process continues without putting the city's natural heritage or its ability to sustain itself over the long run in risk.
Authors: Shelar, Suresh Kautik, Patil, Naresh Uttamrao
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7106320899
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