1. Preamble
Kalinga University is committed to protecting terrestrial ecosystems and promoting the sustainable use, conservation and restoration of land associated with the University. Healthy land and soil support biodiversity, vegetation, carbon storage, water regulation, climate resilience and essential ecosystem services.
The University recognizes that campus planning, construction, landscaping, plantation, drainage, maintenance and infrastructure development can influence soil quality, vegetation cover, habitat connectivity, water infiltration and biodiversity. Sustainable land management is therefore an integral part of responsible campus development.
This Policy establishes a framework for conserving existing natural and semi-natural areas, minimizing land degradation, restoring degraded or disturbed areas, protecting soil and vegetation, promoting native and climate-resilient species, and integrating ecological considerations into campus planning and management.
2. Principles
The Policy is guided by the following principles:
- Conservation First – Protect ecologically valuable land, vegetation and habitats wherever practicable.
- Sustainable Land Use – Manage land while maintaining its ecological, social and functional value.
- Land Degradation Prevention – Minimize erosion, compaction, contamination, unnecessary land sealing and loss of productive or ecologically valuable land.
- Restoration – Restore degraded or disturbed land through ecological rehabilitation wherever appropriate.
- Native Biodiversity – Prefer native and ecologically appropriate plant species.
- Soil and Water Conservation – Support soil health, infiltration, erosion control and responsible water use.
- Precautionary Principle – Prevent or minimize foreseeable ecological impacts of land-use activities.
- Scientific Management – Support decisions with mapping, assessment, monitoring and relevant evidence.
- Education and Participation – Encourage faculty and student participation in conservation and restoration.
- Continuous Improvement – Periodically review and improve land-management practices.
3. Objectives
The objectives of this Policy are to:
- Promote sustainable use and responsible management of University land.
- Protect existing green spaces, natural vegetation, mature trees and ecologically significant areas.
- Prevent soil erosion, compaction, contamination and unnecessary land degradation.
- Restore degraded, disturbed or underutilized land through appropriate ecological rehabilitation.
- Increase native vegetation and habitat quality while maintaining safe and functional campus spaces.
- Integrate biodiversity, soil, drainage and ecological considerations into campus planning and infrastructure development.
- Promote climate-resilient landscaping, water-efficient management and nature-based solutions.
- Encourage responsible management of construction sites, excavated soil and landscape materials.
- Maintain land-use, vegetation and biodiversity records, including GIS-based documentation where feasible.
- Promote teaching, research, student participation and community engagement on sustainable land management.
- Support the University's commitment to SDG 15 and related sustainability objectives.
4. Guidelines
4.1 Land-Use Planning and Conservation
- Campus planning shall minimize unnecessary conversion of green, vegetated or ecologically valuable land.
- Existing mature trees, vegetation patches, drainage corridors and environmentally significant areas shall be considered when planning buildings, roads and infrastructure.
- Where feasible, development should prioritize already disturbed or built-up areas rather than unnecessarily converting ecologically valuable land.
- Land-use changes with potential environmental impacts shall undergo appropriate internal review and comply with applicable requirements.
4.2 Soil Conservation and Land Degradation Prevention
- Measures shall be implemented to minimize soil erosion, compaction and loss of topsoil during construction, landscaping and maintenance.
- Topsoil removed during construction should, where suitable, be conserved and reused for landscaping or restoration.
- Construction activities shall control exposed soil, sediment movement and runoff.
- Chemical contamination of soil through improper disposal of oils, chemicals, waste or hazardous materials shall be prevented.
- Unnecessary expansion of impervious surfaces should be minimized where functional requirements permit.
4.3 Restoration of Degraded and Disturbed Land
- Degraded, eroded, compacted or disturbed campus land shall be identified for restoration where appropriate.
- Restoration may include soil improvement, erosion control, native planting, assisted natural regeneration, habitat creation and suitable water-management measures.
- Restoration shall prioritize locally suitable native species and avoid invasive species.
- Restored areas shall be periodically monitored for vegetation establishment, soil condition and ecological performance.
4.4 Native Vegetation, Trees and Biodiversity
- Existing mature trees and native vegetation shall be conserved wherever practicable.
- Plantation and landscaping programmes should emphasize native, climate-resilient and ecologically appropriate species.
- Removal of mature or ecologically significant trees shall be avoided wherever practicable and undertaken only with appropriate authorization and applicable compensatory measures.
- Landscaping should support pollinators, birds and other native biodiversity through appropriate habitat features and plant diversity.
- Species known to be invasive or ecologically unsuitable shall be avoided.
4.5 Sustainable Landscaping and Water Management
- Landscaping shall promote efficient water use and, where feasible, rainwater harvesting, infiltration areas, mulching and other conservation measures.
- Native or drought-tolerant species should be preferred where suitable.
- Compost, organic matter and other appropriate soil amendments may be used to improve soil structure and water retention.
- Landscape maintenance shall avoid unnecessary degradation of soil, vegetation and biodiversity.
4.6 Construction and Infrastructure Development
- Construction projects shall minimize unnecessary land disturbance.
- Construction debris, excavated materials, oils and pollutants shall be prevented from contaminating soil and drainage systems.
- Temporary disturbance areas shall be rehabilitated after construction wherever practicable.
- Where land must be disturbed, restoration or appropriate compensatory ecological measures shall be considered.
- Permeable surfaces, vegetated drainage, bioswales, rain gardens and other nature-based solutions may be promoted where technically suitable
4.7 Land Inventory, Mapping and Geo-tagging
- Where feasible, the University shall maintain a digital inventory of major land-use categories, green spaces, significant trees, restoration areas and ecologically important features.
- GIS, GPS, remote sensing and field surveys may be used to document land-cover and vegetation changes.
- Significant restoration and plantation areas may be geo-tagged and periodically assessed.
- Land-use records shall support campus planning, environmental audits and sustainability reporting.
4.8 Awareness and Capacity Building
- The University shall organize awareness programmes, lectures, workshops, nature walks, plantation activities and restoration campaigns.
- Students, faculty, staff and service providers shall be encouraged to understand the importance of soil, vegetation, biodiversity and ecosystem services.
- Relevant environmental observances may be used to promote conservation and responsible land management.
- Training may be provided to personnel involved in landscaping, construction and estate management.
4.9 Research and Academic Integration
- Faculty and students shall be encouraged to undertake research on land degradation, soil health, vegetation dynamics, biodiversity, ecosystem services and restoration ecology.
- Relevant topics may be integrated into teaching, practical courses, dissertations and fieldwork.
- GIS, remote sensing and environmental assessment may be used for land-use and restoration studies.
- Research findings may inform improvements in campus land management.
4.10 Collaboration and Community Engagement
- The University may collaborate with the State Forest Department, Chhattisgarh Biodiversity Board, research institutions, agricultural and forestry institutions, local authorities and NGOs.
- Collaborative initiatives may include ecological restoration, biodiversity monitoring, soil conservation, awareness and training.
- The University may participate in wider land-restoration and ecosystem-conservation initiatives consistent with its objectives.
5. Teacher–Student Participation
Faculty members shall:
- Encourage student participation in land conservation, plantation and restoration activities.
- Integrate sustainable land management, soil conservation and terrestrial ecosystem concepts into relevant courses.
- Supervise research, field studies and student projects related to land use, biodiversity and restoration.
- Promote environmentally responsible use of campus land.
Students shall:
- Participate in plantation, restoration, biodiversity surveys and awareness activities.
- Avoid damaging vegetation, soil, habitats and restoration areas.
- Report unauthorized land disturbance, tree damage, dumping or other degradation.
- Participate in research, mapping, monitoring and community engagement initiatives.
6. Monitoring and Review
- Conduct periodic assessments of campus land use, green cover, soil condition and restoration activities where feasible.
- Monitor significant land-use changes and areas affected by construction, erosion, compaction or other degradation.
- Review the survival and ecological performance of plantation and restoration programmes.
- Maintain records of land-conservation and restoration initiatives.
- Use GIS, field surveys, photographs and other evidence to document changes where appropriate.
- Include relevant findings in annual environmental, sustainability and SDG reporting.
- Review this Policy every three years or earlier if required.
7. Accountability and Transparency
- The Estate Office, Department of Geography, Department of Botany (where applicable), Environmental Committee, Green Campus Committee and other relevant units shall jointly support implementation.
- Infrastructure, construction, landscaping and maintenance activities shall incorporate applicable land-conservation requirements.
- Records of significant land-use changes, restoration projects, plantation activities and ecological monitoring shall be maintained.
- Land-conservation and restoration initiatives shall be incorporated into annual environmental reports and SDG documentation.
- The University may make this Policy and appropriate evidence of implementation publicly accessible through its official sustainability platforms.
- Unauthorized activities causing significant damage to protected green areas, restoration sites, trees or other ecologically important resources may invite appropriate action under university rules.
8. Approval and Implementation
This Policy on Sustainable Use, Conservation and Restoration of Land shall come into effect from the date of approval by the competent authority of Kalinga University, Naya Raipur, Chhattisgarh. The Policy shall apply to all students, faculty members, researchers, staff, contractors, vendors, service providers, visitors and other stakeholders associated with the University.
The Policy shall be implemented through the University's existing estate management, campus planning, environmental sustainability, biodiversity and infrastructure-management mechanisms and shall be aligned, as applicable, with national and state environmental requirements and the University's sustainability commitments.
