Overall Rating | Gold |
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Overall Score | 65.17 |
Liaison | Abhinaya Ganesh |
Submission Date | Nov. 21, 2024 |
Sri Sivasubramaniya Nadar College of Engineering
IL-67: Innovation C
Status | Score | Responsible Party |
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1.00 / 1.00 |
Name of the innovative outcome, program, or initiative:
Does the innovation represent a new, extraordinary, unique, ground-breaking, or uncommon outcome, program, or initiative that addresses a sustainability challenge and is not covered by an existing credit?:
Narrative and/or website URL providing an overview of the innovation:
The site was afforested over 34 years to create a lush green campus. (earliest available satellite image is from 2009. The afforestation program started in 1996)
SSN College’s transformation into a lush green campus is a remarkable journey of vision, commitment, and perseverance. What began as a barren stretch of land two decades ago has blossomed into a thriving ecological haven, offering a serene environment that inspires learning and innovation.
The journey started with a conscious effort to green the landscape by planting native trees and shrubs, carefully selected for their adaptability to the local climate. These species not only thrived in the soil but also attracted a variety of birds, butterflies, and other wildlife, slowly turning the once dry terrain into a vibrant ecosystem. Regular nurturing, efficient irrigation systems, and sustainable landscaping practices ensured their steady growth.
As the years passed, SSN’s campus development embraced principles of sustainability and biodiversity conservation. Open spaces were thoughtfully designed to include green corridors, botanical gardens, and shaded walkways, creating a harmonious blend of built and natural environments. A dedicated team of horticulturists and student volunteers worked tirelessly to expand the green cover, planting hundreds of saplings each year, ensuring their survival and growth.
The lush greenery now serves as a natural cooling system for the campus, significantly reducing heat during summers and enhancing air quality. Rainwater harvesting systems and water recycling techniques were integrated to sustain the greenery without burdening natural resources. Moreover, these efforts have made the campus a model for sustainability, inspiring similar projects in the surrounding community.
Optional documentation
Additional documentation for this credit:
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