Title: Collaborative Solutions: Cross Disciplinary Approaches to Achieve Global Sustainability Goals
Editors: Dr. Gautam Agrawal, and Dr. Swati Singh
ISBN: 978-81-69857-19-2
Chapter: 7
DOI: https://doi.org/10.59646/765/7
Authors: Jyoti Ahlawat, Devshi Raj, Tulya Shrivastav, Anupriya Sharma, Nancy Yadav, Jivin Devgun, Akshat Sangwan
Abstract
Botanical gardens and herbaria serve as critical infrastructure for plant science research, biodiversity conservation, and environmental education. This study presents a comprehensive framework for establishing a campus-based Living Botanical Repository that integrates a botanical garden with herbarium facilities to function as a dynamic living laboratory. The initiative aims to bridge theoretical botany with practical agricultural applications while addressing the urgent need for both in situ and ex situ conservation strategies. The methodology involves the systematic selection, cultivation, and categorization of fifteen diverse plant species spanning ecological, agricultural, medicinal, and ornamental groups. Growth parameters are monitored, and standardized voucher specimens are developed for physical and digital herbarium records.The repository design incorporates spatial zoning to enhance ecological synergy, resource efficiency, and academic utility. Additionally, the integration of living collections, preserved specimens, germplasm resources, and digital databases creates a multi-dimensional platform for long-term plant diversity conservation and interdisciplinary research in floriculture, plant systematics, and conservation biology. The inclusion of drought-tolerant and ecologically compatible species further supports climate-resilient agriculture and integrated pest management practices.By transforming conventional campus landscapes into productive, biodiverse ecosystems, this initiative extends beyond passive green spaces to become an active hub for experiential learning, sustainable food production, and applied research. Ultimately, the proposed Living Botanical Repository serves as a scalable model for urban institutions, demonstrating how biodiversity conservation, scientific inquiry, and sustainable land management can be effectively integrated within limited spatial environments.
Keywords: Living Botanical Repository, Herbarium, Biodiversity Conservation, Climate-Resilient Agriculture, Plant Systematics