Review of Sacred Groves in Major Countries: Problems and Prospects

Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(IV)| October2025 186 Review of Sacred Groves in Major Countries: Problems and Prospects Dr. Namdev Shamrao Adnaik1, Bharati Santosh Shinde2 1-2 Associate Professor, Dept. of Geography, 1Chandrabai-Shantappa Shendure College, Hupari 2Shripatrao Chougule Arts and Science College, Malwadi-Kotoli, Dist. Kolhapur, India. Email- [email protected]om Mnuscript ID: JRD -2025-171047 ISSN: 2230-9578 Volume 17 Issue 10(IV) Pp. 18/6-189 October 2025 Submitted: 02 Oct. 2025 Revised: 18 Oct. 2025 Accepted: 24 Oct. 2025 Published: 31 Oct. 2025 Abstract Indigenous conservation expertise is embodied in sacred groves, which are old forest sections protected by cultural and spiritual taboos and serve as vital refugia for biodiversity. This review examines the ecological roles, cultural significance, and current issues of sacred groves in five major countries: Mexico, China, Japan, Nigeria, and India. It does this by synthesizing secondary sources. China's fengshui forests control microclimates in urbanizing villages; Japan's chinju no mori cultivate Shinto-inspired biodiversity hotspots; Nigeria's Osun-Osogbo Grove safeguards Yoruba heritage and endangered wildlife; Mexico's Mayan cacao groves reveal pre-Hispanic agroforestry legacies; and thousands of groves in India protect endemic species despite rapid deforestation. Urbanization, the deterioration of traditional beliefs, illicit exploitation, and climate pressures that jeopardize their integrity are important issues. Opportunities include hybrid indigenous-scientific management, policy integration with international frameworks such as the IUCN's criteria for sacred natural areas, and community-led ecotourism. This study promotes empowered indigenous stewardship to match sacred groves with sustainable development goals, potentially protecting a sizable fraction of global biodiversity hotspots under traditional care, based on literature from 2020 to 2025. Sacred groves provide a model for resilient ecosystems in the Anthropocene by integrating cultural reverence and contemporary conservation. KeywordsSacred Groves, India (Devrais/ Orans), China (Fengshui Forests), Japan (Chinju no Mori), Nigeria (Osun-Osogbo Grove), Mexico (Mayan Agroforestry), Biodiversity Refugia, Spiritual Ecology. Introduction Sacred groves, which are isolated, unaltered forest segments dedicated to gods, ancestors, or nature spirits, are an example of humanity's first organized conservation techniques. They predate contemporary protected areas by thousands of years. These sites, which range in size from a few trees to hundreds of hectares, promote ecological and cultural continuity by enforcing religious taboos that forbid logging, hunting, or grazing. There are hundreds of thousands of sacred groves in the world, encompassing enormous tracts of intact environment and supporting a disproportionate amount of biodiversity, including rare endemics and therapeutic plants. These groves demonstrate the superiority of belief-based stewardship over top-down interventions in the Global South, where 80% of terrestrial biodiversity is found on indigenous territories. The idea has its roots in prehistoric animism and has developed through a variety of traditions, including Mayan cenote orchards in Mexico, Yoruba Osun groves in Nigeria, Shinto Chinju no mori in Japan, Hindu devrais in India, and fengshui woodlands in China. These examples, chosen for their ecological and demographic significance, highlight the cross-continental flexibility of sacred groves. They cover large regions in India alone, serving as genetic reservoirs in the face of rapid destruction. The hydrological disruptions caused by urban sprawl are lessened by China's holy trees, which are essential to local fengshui. Shrine groves in Japan, remnants of ancient forests, represent kami worship-based environmentalism Quick Response Code: Website: https://jrdrvb.org/ DOI: Creative Commons (CC BY-NC-SA 4.0) This is an open access journal, and articles are distributed under the terms of the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International Public License, which allows others to remix, tweak, and build upon the work noncommercially, as long as appropriate credit is given and the new creations ae licensed under the idential terms. Address for correspondence: Dr. Namdev Shamrao Adnaik, Associate Professor, Dept. of Geography, Chandrabai-Shantappa Shendure College, Hupari Maharashtra, India How to cite this article: Dr. Namdev Shamrao Adnaik, Bharati Santosh Shinde (2025 Review of Sacred Groves in Major Countries: Problems and Prospects, Journal Research & Development,17(10(IV)), 186-189 Original Article Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(IV)| October2025 187 However, as of 2025, anthropogenic forces pose existential threats to sacred groves. Globalization weakens taboos among young people, urbanization breaks up habitats, and climate variability increases vulnerabilities like invasive species and changed hydrology. The conservation importance of sacred forests is confirmed by a 2023 meta-analysis, but it also identifies taxon-specific reductions and calls for careful management. This study, which is part of the UN's Decade on Ecosystem Restoration (2021–2030), emphasizes the incorporation of indigenous knowledge and positions sacred groves as essential partners in accomplishing the goals of the Global Biodiversity Framework. This research promotes a paradigm where spiritual ecology informs policy by highlighting common challenges and opportunities through the profiles of key nations. Knowing these interactions affirms that what is precious to one is crucial to all, protecting priceless legacy while also preparing mankind to deal with biodiversity issues. Objectives This research paper aims to: 1. Examine the ecological, cultural, and historical significance of sacred groves in Mexico, Nigeria, China, India, and Japan. 2. Determine and categorize the main current challenges to their conservation, such as environmental, cultural, and socioeconomic factors. 3. Examine new approaches and opportunities for their revitalization, such as transdisciplinary management methods, community-based ecotourism, and legal enforcement. 4. Make suggestions on how local communities, legislators, and environmentalists may include holy woods into national and international biodiversity agendas. Data Collection and Methodology In order to reduce ethical intrusions on sensitive indigenous places, this research work synthesizes current knowledge using a secondary data strategy. Targeted web searches on academic platforms like Google Scholar and Research Gate as well as institutional repositories like the IUCN and UNESCO were used to gather data. Important additions included country-specific publications like Oyelowo et al. (2014) for Nigeria and Coggins (2017) for China, as well as fundamental overviews by Bhagwat and Rutte (2006), which were revised by Zannini et al. (2023). Quantitative components were narratively integrated without statistical reanalysis, such as biodiversity indicators from meta-studies. The English-language bias, the possible under representation of non-Western perspectives and the dynamic nature of threats after the 2025 data cut off are some of the limitations. Emerging trends, such AI-monitored groves, were observed but not expanded upon as of October 2025. Sacred Groves in Major Countries India India's sacred groves, which number between 100,000 and 150,000 in areas like Kerala, Maharashtra, and the Northeast, are a prime example of community-driven conservation based on Hindu and animistic customs. These patches, which comprise more than 40,000 hectares in the Northeast alone and are known as devrais or orans, forbid exploitation in order to respect regional deities and preserve remnant forests in deforested areas. In terms of ecology, they are home to 20–30% more species than the surrounding regions, including endemic species like the lion-tailed macaque and more than 500 Ayurvedic medicinal herbs. Groves maintain water cycles in Kerala's Western Ghats, reducing monsoonal floods. Annual customs strengthen social ties and disseminate ethnobotanical knowledge. More than 1,200 groves in Sikkim serve as rhododendron genetic banks, according to recent inventories, highlighting their importance in climate-resilient agriculture. China In regions like Yunnan and Anhui, China's fengshui forests, or sacred groves, surround communities and represent Daoist cosmology, which holds that woodlands channel qi (vital force) for prosperity. These groves, which cover hundreds of locations and are typically 1–5 hectares in size, contain a variety of hardwoods, such as ginkgo and camphor, that control village microclimates and stop soil erosion in the face of fast development. They serve as migratory routes and are home to 40% more bird species than managed woods in Hong Kong's New Territories. Taboos against cutting down "dragon trees," which date back to the Tang Dynasty, are the source of protection. Their socioecological relevance is highlighted by ethnographic studies: groves provide non-timber items like mushrooms and act as a buffer against typhoons. These woodlands continue to serve as cultural anchors despite the rapid depopulation of rural areas; assessments conducted in 2023 found more than 500 intact locations in ethnic minority districts. Japan Chinju no mori, Japan's holy woodlands that surround more than 80,000 Shinto temples, are urban sanctuaries of biodiversity that date back to the Jomon era's veneration for kami spirits. The majority of Japan's vascular plants, including rare orchids, are found in these woods, which cover an area of around 10,000 hectares and are dominated by evergreen oaks and ferns. Dense canopies sustain firefly populations in Kyoto's Fushimi Inari, while Tokyo's Meiji Jingu, which was planted in 1920 with 100,000 trees, is an example of restoration and currently serves as a carbon sink. Animism in Shinto forbids disruption, encouraging "forest bathing" (shinrin-yoku) for mental well-being. Insect diversity was higher in shrine groves than in parks, according to a 2021 study, which attributed this to little Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(IV)| October2025 188 intervention. Environmentalism is culturally inspired by them, and stewardship is reinforced by celebrations like matsuri. These woodlands combine spirituality with natural hazard mitigation to increase resilience in the face of seismic dangers. Nigeria The 75-hectare Osun-Osogbo, one of the last primary high woods in West Africa and a UNESCO World Heritage Site since 2005, is one of Nigeria's sacred groves and a symbol of the Yoruba southwest. Over 400 plant species, 50 creatures, including endangered white-throated monkeys, and ceremonial herbs can be found in gallery forests along sacred waterways that are dedicated to the river goddess Osun. Hunting and logging are prohibited by taboos, and the yearly Osun-Osogbo Festival attracts 100,000 pilgrims for rituals of rejuvenation. In terms of the environment, it supports fisheries by filtering contaminants. Osun's exceptional biodiversity, with 20% endemic flora, as revealed by comparative research across southwest woodlands. The Arugba society, community guardians, uphold laws by combining gender-inclusive governance with environment. Groves' importance in cultural resistance is highlighted by the post-colonial resurgence, which has increased eco-tourism and generated NGN 500 million annually. Mexico Sinkholes of Mexico's sacred groves, especially the Mayan cacao orchards in Yucatán cenotes, reveal preHispanic agroforestry where Theobroma cacao was grown under divine patronage. Biomarkers of 1,000-year-old cultivation are found during archaeological excavations at locations like Cobá, where groves are shaded for humidity by Ramon trees. Mesoamerican economies were impacted by these hidden forests, which stretched from Chiapas to Quintana Roo and preserved cacao for ceremonies and trade. By combining agroecology with milpa methods, modern indigenous Maya manage about 5,000 hectares and produce cocoa that is 20% more drought-resistant. They serve as hotspots for biodiversity, providing refuge to orchids and jaguars, and research conducted in 2022 confirmed the presence of theobromine in the soil. Cenotes forbid overharvesting by calling upon the rain god Chaac. These groves support livelihoods in the midst of tourism booms by exporting shade-grown chocolate all over the world. Problems and Prospects Globally, sacred groves face interconnected dangers that are made worse by globalization. Habitats are fragmented by urbanization and land encroachment: since 2020, development has destroyed a large amount of Kerala's groves in India; Osun in Nigeria is experiencing boundary incursions from housing. Taboos are eroding due to youth migration and atheism, which makes enforcement less effective. Ritual participation is reportedly dropping in rural shrines in Japan. China and Mexico suffer from illegal logging and overharvesting of medicinal plants, and fires are made worse by climate change. Significant taxon reductions in unmanaged groves were shown by a 2023 metaanalysis. As in African locations where colonial legacies disregard indigenous claims, property disputes, which are frequently state vs community, exacerbate problems. Opportunities shine through creativity. Groves are equivalent to reserves for plant and bird variety, with potential for ecotourism, according to meta-analyses: Osun provides steady revenue to support patrols. Groves can be incorporated into REDD+ carbon credits through policy mechanisms such as India's 2022 Sacred Sites Act. Hybrid models, like Japan's Shinto-scientific drone monitoring, use apps to resuscitate knowledge. While regenerative agroforestry in Mexican cenotes strengthens resilience, global frameworks such as the IUCN's 2024 guidelines support transboundary networks. Groves are positioned as essential for meeting 2030 biodiversity targets, and community capacity-building, including women's involvement in Nigeria, combats cultural degradation. Conclusions The persistent legacy of sacred groves as cultural lifelines and biological strongholds in India, China, Japan, Nigeria, and Mexico is highlighted in this review. Their spiritual anchors, which support endemics and provide vital ecological services in a time of loss, offer unmatched conservation efficacy despite growing challenges. Groves promote inclusive stewardship by challenging fortress conservation conceptions through the integration of ethos and nature. Their chances in 2025 depend on respecting indigenous autonomy and turning threats into victories for global sustainability. Suggestions 1. Pass national legislation granting indigenous peoples the power to veto and designating sacred groves as comanaged protected areas. 2. Provide funding for youth education initiatives that combine citizen science with traditional lore to ensure the continuation of knowledge. 3. Create eco-tourism policies that guarantee local communities receive 70% of the proceeds. 4. Use open-access platforms to exchange satellite technologies for threat monitoring. 5. Promote South-South contacts under the aegis of the Convention on Biological Diversity (CBD), such as grove networks between India and Nigeria. Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(IV)| October2025 189 References 1. Bhagwat, S. A., & Rutte, C. (2006). Sacred groves: Potential for biodiversity management. Frontiers in Ecology and the Environment, 4(10), 519–524. 2. Coggins, C., & Chen, J. (2022). Biocultural diversity and sacred space in China: The case of fengshui forests. Biological Conservation, 268, 109524. 3. Dudley, N., Higgins-Zogib, L., & Mansourian, S. (2024). Sacred Natural Sites: Guidelines for Protected Area Managers. IUCN, Gland, Switzerland. 4. Frascaroli, F., & Verschuuren, B. (2021). Linking biocultural diversity and sacred sites: A review. 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