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FS 3.124

Mountain plant agro-biodiversity

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Details

  • Full Title

    FS 3.124: Plant agro-biodiversity for sustainable development of mountain areas
  • Scheduled

    TBA
  • Location

    TBA
  • Convener

  • Assigned to Synthesis Workshop

    ---
  • Thematic Focus

    Agriculture, Biodiversity, Ecosystems, Sustainable Development
  • Keywords

    Landraces, Plant Genetic Resources, Mountain agro-ecosystems, Agro-biodiversity, Biological Conservation

Description

The content was (partly) adapted by AI

Agro-biodiversity, encompassing plants, animals, and micro-organisms used for food and agriculture, is particularly threatened worldwide. The FAO estimates that 75% of global agro-biodiversity has been lost in the past century, with just 12 plant species and five animal species producing three-quarters of global food. This erosion reduces genetic resources for crop improvement, narrows dietary diversity, and weakens cultural and historical agri-food traditions. Mountain areas, as biodiversity hotspots, hold significant potential for conserving agro-biodiversity, especially herbaceous plants, which are highly vulnerable due to their dependency on cultivation. However, these regions face growing threats from climate change, habitat loss, and socio-economic pressures. This session will explore the role of plant agro-biodiversity in supporting sustainable development and resilience in mountain regions. Contributions are invited on topics including:

  • Techniques for studying and conserving agricultural plants and their ecosystems.
  • The role of plant diversity in food security and climate adaptation.
  • Case studies on safeguarding landraces and cultural heritage.
  • Policy measures and best practices to counter agro-biodiversity loss.

By fostering interdisciplinary dialogue, the session aims to propose actionable solutions to conserve and promote plant agro-biodiversity, benefiting both mountain agro-ecosystems and the communities that depend on them.

Submitted Abstracts

ID: 3.8521

Conservation Practices of Indigenous Seeds through Community Participation in the Rural Areas of Garhwal Himalaya Uttarakhand, India

Bhagwati Uniyal
Mehrwar, Vandana; Bhatt, Vinod K

Abstract/Description

Indigenous seeds are the fundamental source for human sustenance and a significant tool to curb global hunger. They act as a repository of the genetic pool of different food crops ensuing from continuous improvement and selection over time. Improvement of crop varieties and the delivery of resultant high-quality seeds and planting materials to the farmers are crucial for the sustainable mountain agricultural practices. Thus, food security is indirectly dependent on the seed security of the farming communities. The subsistence form of agriculture is prevalent in the western Himalaya, due to which conservation of local seed of native crop varieties becomes important for their perpetual crop production. This study divulges different indigenous methods endorsed by the farming communities of the region for storing and preserving the seeds for the future cultivation of crops. Findings indicated that seeds prior to storage are undergone a number of traditional methods from solarization to application of oils or smoking in the storage room for their better preservation. Seed quality and losses were often checked every three to six months of storage with parameters such as grain moisture content, insect damage, seed germination, and their vigor. The present study documented the indigenous seed conservation practices of the rural farming folks as well as the community seed bank maintained by the community. In the context of a developing country like India, there is a lack of reliable data that gives a clear picture of the annual seed losses incurred due to improper storage facilities and therefore, requires proper research and computational studies. The investigation was carried out periodically in the study sites of Mandakini valley to acquire comprehensive information on traditional knowledge about native seed diversity, indigenous seed conservation practices, and their management through seed banks and community participation.

ID: 3.8853

Nutrient and Genetic Diversity in the Indigenous Soybean from the Western Himalayan Region of India

Manu Pant Badoni

Abstract/Description

There has been an increasing focus on traditional crops for food security. ‘Bhat’ is an indigenous soybean variety from the Indian Himalayan Region that is available in diverse seed color, shapes, and sizes. The crop is valued as a traditional food and medicine but has been ignored due to changing food habits. A study was conducted to establish nutritional diversity and genetic relatedness in ‘bhat’ genotype indigenous to the Garhwal division of Uttarakhand in the Western IHR. 52 soybean accessions were collected from different villages and analyzed for macro and microelements using HHXRF (Hand Held X-ray Fluorescence) spectroscopic technique and Atomic Absorption Spectroscopy (AAS), and protein content (by Kjeldahl method). The results showed ‘bhat’ to be an extremely nutrient-rich crop that can benefit hill populations. The samples were found to have high levels of calcium (highest concentration 27300 ppm), followed by phosphorus, potassium, and sulphur. Among the micronutrients, silicon was the most dominant (highest concentration 1920 ppm), followed by iron, zinc, and manganese. The samples also had high amounts of proteins (as high as 43.56%). 25 polymorphic simple sequence repeats (SSR) markers were employed to ascertain genetic diversity. Only 13 molecular markers showed amplification and based on phylogenetic analysis the genotypes were grouped into 4 major clusters having visually distinct phenotypes in each group, indicating the mixing of population and loss of authenticity. The study highlights the need for concerted efforts towards sustainable utilization of this nutrient-rich crop, and designing of ‘bhat’ specific molecular markers for crop identification.

ID: 3.8964

Conservation Practices of Indigenous pulse crop: Horsegram (Macrotyloma uniflorum) through community participation in the mountainous regions of Uttarakhand, India

Aditi Sharma
Pant, Manu; Uniyal, V.P.

Abstract/Description

The treasure of mountain community depends on indigenous crops including Horsegram (Macrotyloma uniflorum) which is an underutilized legume traditionally known for its nutritional and medicinal properties and is widely grown in different parts of the country. The crop is rich in proteins, fatty acids carbohydrates, fat, fibers, water and major bioactive compounds imparting treatment against ailments like kidney stones, asthma, piles, leucoderma, bronchitis, and urinary discharges. Despite these benefits, there has been a scarcity of organized research work done on this crop species. Uttarakhand which is crossed by the rich Himalayan range of the country is popularly known for Hindu pilgrimage, cultural diversity, tourism, tasty and nutritionally rich cuisine. A variety of genotypes of Horsegram is available in the mountainous regions, that are valued in the local system of food and medicine. However, no authentic data on value-addition, nutritional and genetic profiling of the crop is available. We are working on field-based conservation studies of horsegram accessions collected from different villages of mountainous regions along with their complete nutritional profiling. Also, value-addition strategies are being conducted for the development of horsegram-based food products through community participation promoting sustainable livelihood generation in the region. There is a need to identify ways for potential utilization of this crop through scientific validation of the genetic relatedness of different cultivars of Horsegram and sustainable agricultural practices.

ID: 3.9860

Indigenous Agricultural Practices and Pollinator Ecology: Assessing Diversity, DNA Barcoding, and the Impact of Forest Fires on Pollinator Communities in Mandakini catchment, Rudraprayag, Uttarakhand.

Eshan Chowdhury
Uniyal, V.P.

Abstract/Description

Indigenous agriculture techniques have a significant impact on pollinator ecology, especially in biodiverse and environmentally sensitive area such as the Mandakini catchment in Rudraprayag, Uttarakhand. Mandakini catchment in the Garhwal Himalaya is located near the western most point of the Central Himalaya. The Mandakini catchment in the Garhwal Himalaya is situated close to the Central Himalaya’s westernmost tip. Located close to the Kedarnath temple, the Mandakini is a sacred river in Uttarakhand with worldwide religious importance. The effects of forest fires on pollinator populations, pollinator diversity, and traditional farming techniques are all examined in this study. We evaluate the species richness of pollinators in both typical farmlands and wooded landscapes using a multidisciplinary approach. We use DNA barcoding to precisely identify species, monitor genetic alterations and establishing their phylogenetic relationships. In contrast to contemporary monoculture farming, our results show that indigenous agricultural practices which prioritize crop diversification, low pesticide usage, and organic methods produce a greater number and diversity of pollinators. DNA barcoding is used to identify a variety of native bee species, butterflies, and other significant pollinators, some of which are not well documented in the region. The study also examines the impact of regular forest fires, which are a growing environmental problem in Uttarakhand, Himalaya, on pollinator populations. The findings indicate that while generalist pollinators exhibit resilience and the capacity to recolonize over time, pollinator diversity significantly decreases in post-fire settings, especially among specialist species. Furthermore, our study emphasizes the importance of forest patches close to agricultural areas in supporting pollinator communities, highlighting the necessity of conservation plans that combine conventional ecological knowledge with contemporary methods for assessing biodiversity. Developing sustainable land management plans in the Himalayas requires an understanding of how pollinators respond ecologically to environmental disturbances such as forest fires and agricultural activities. Finally, the study provides important information for creating climate-resilient farming systems that put pollinator conservation first, guaranteeing the long-term viability of regional agriculture as well as the larger ecological networks in the Himalayan region.

ID: 3.10884

Enhancing saffron quality in the mountain areas of Italy: a new classification proposal

Beatrice Bisaglia
Pedrali, Davide; Alberto, Alex; Panza, Riccardo; Giupponi, Luca; Giorgi, Annamaria

Abstract/Description

Saffron (Crocus sativus) is an autumn-blooming geophyte that has been widely cultivated in the Near East and the Mediterranean region since the Late Bronze Age. It is widely used in the food industry as a spice and functional food, and also plays an important role in the cosmetic and dyeing industries. Currently, Italy produces about 400 kg of saffron annually and, in recent years, there has been a renewed interest in it. Saffron cultivation is still carried out manually, which is one of the reasons why the majority of production is located in developing countries, especially Asia. Due to its rusticity and low maintenance requirements, saffron is particularly suitable for rural mountain areas. Saffron is a key ingredient in various high-quality traditional dishes, but data on its quality in Italy remains fragmented. The quality of saffron is typically assessed using the ISO 3632 standard spectrophotometric procedure that defines three categories (I, II and III) based on the content of crocin, safranal, picrocrocin, and moisture. The vast majority of Italian saffron samples analysed (about 95%) fall into the first quality category. To further valorised high-quality producers, a sub-categorization within the first category has been proposed, based on colour and flavour strength, following again the ISO 3632 standard procedure. The proposed subcategories are: “high-quality” (flavour strength < 95, colour strength 108, colour >260). Additionally, FT-NIR spectroscopy has been employed as a cost-effective method for assessing saffron quality. To evaluate the producer’s perception of the sub-classification, a new report outlining and assigning the sub-category has been developed and distributed to the producers. The refined classification aims to encourage adherence to the good practices that improve the quality of the final product and serve as a tool to support the saffron supply chain, particularly in hilly and mountain areas.

ID: 3.10986

How do land use intensity and nutrient input through fertilization influence grassland plant diversity in the Central Alps?

Jonas Sommer
Zanon, Silvia; Moser, Michael; Ruele, Angelika; Peratoner, Giovanni; Tasser, Erich

Abstract/Description

Although the abandonment and intensification of valuable grasslands in the Alps have long been an issue, these trends are still ongoing. The Biodiversa+ project “G4B: Grasslands for Biodiversity” is investigating what is needed to protect species-rich mountain meadows in the Alps and Carpathians. To this end, both botanical data and detailed management data from meadows and pastures in a north-south transect in the Alpine region were collected to disentangle the effects of management practices and location on plant diversity. Particular attention was paid to the frequency and time of mowing as well as nutrient input through fertilization with manure, as well as the intensity of grazing.
Preliminary results from 4920 vegetation surveys show that the number of species of vascular plants with intensified use drops from an average of 41 species on nutrient-poor meadows that are only mown every two years and not fertilized to an average of 17 species with three fertilization events per year. In the case of nutrient-poor pastures in particular, the location has a significant effect: wet nutrient-poor pastures are home to an average of only 29 species, neutral to acidic locations to 41 species, and alkaline locations to 51 species.
The final results of the project will help decision-makers and public institutions to improve the system for conserving species-rich grassland and ensure its protection in line with European nature conservation objectives.

ID: 3.11104

Promoting sustainable agriculture in mountain regions: the case of “Carciofo di Malegno” (Cynara cardunculus subsp. scolymus L. Hayek)

Alex Alberto
Pedrali, Davide; Panza, Riccardo; Bisaglia, Beatrice; Giupponi, Luca; Giorgi, Annamaria

Abstract/Description

Agrobiodiversity in agriculture encompasses wild relatives, landraces, and modern cultivars important for food and agriculture. Landraces are traditional crop varieties adapted to local conditions. They are valuable for their agronomic and phytochemical-nutritional properties and their ability to withstand climate change. In Italy, landraces are mainly found in mountain regions, where local communities have preserved them over time. These varieties are well-suited for mountain cultivation and offer potential for new agri-food chains in these areas. “Carciofo di Malegno” is a landrace of Cynara cardunculus subsp. scolymus L. Hayek, cultivated in Camonica Valley, northern Italy. It is the only known alpine artichoke. Its cultivation in Malegno is documented in a 1904 text from the province of Brescia, which highlights its unique flavor. Due to its spiky shape, “Carciofo di Malegno” stands out from other artichokes and resembles those in the “Spinosi” group. The capitula of the “Carciofo di Malegno” contained chlorogenic acid (497.2 ± 116.0 mg/100 g DW) and cynarine (7.4 ± 1.2 mg/100 g DW) levels similar to those found in commercial cultivars. Significant luteolin (9.4 ± 1.5 mg/100 g DW) was found in the stems and edible parts. The receptacle and inner fleshy bracts had higher levels of these caffeoylquinic derivatives compared to non-edible parts. A MaxEnt distribution model predicts that by the 2040s-2060s, “Carciofo di Malegno” could spread to the Lombardy pre-Alps and Alps. Climate change may promote its expansion, contributing to its preservation and enhancement, while providing sustainable income opportunities through new food or medicinal uses. This initiative led to collaboration between the University of Milan – Unimont, the Tevini distillery in Edolo, and the municipality of Malegno. Tevini created a hydro-alcoholic extract from artichoke leaves, once considered waste, to develop three spirit prototypes: a liqueur, a bitter, and a gin. Through a public sensory analysis at the Unimont center, the liqueur was selected as the preferred prototype. It was launched and mainly sold at fairs and Christmas markets across Lombardy, generating economic benefits and promoting sustainable development in the Camonica Valley.

ID: 3.11606

The importance of genetic resources (landraces) on agriculture, food production and socioeconomic contexts in mountain areas: the beans of Lombardy

Davide Pedrali
Giupponi, Luca; Alberto, Alex; Bisaglia, Beatrice; Panza, Riccardo; Giorgi, Annamaria

Abstract/Description

In the last century, approximately 80% of global agrobiodiversity has been lost. Plant agrobiodiversity includes traditional crop varieties (landraces) that hold significant agricultural, cultural, and historical value. However, many of these landraces remain poorly or entirely uncharacterized, limiting their potential for conservation and utilization. This lack of scientific data hinders the study and valorization of landraces, which could play a crucial role in developing high-quality, low-environmental-impact agri-food chains. Italy is particularly rich in agrobiodiversity, with numerous landraces thriving in hilly and sub-mountain areas where traditional farming practices contribute to maintaining genetic diversity. In this context, the Lombardy, one of most important Italian region, hosts numerous yet unknown traditional bean cultivars.
The aim of this work was the scientific characterization of seventeen unknown Lombardy’s bean landraces (P. vulgaris and P. coccineus)to increased research effort to support understanding of the agrobiodiversity role in mountain agri-food systems. All landraces’ cultivars presented similar or better nutritional and phytochemical characteristics than the commercial ones. Many cultivars, particularly those with pigmented seeds, demonstrated high levels of functional molecules and antioxidant activity. The CRC Ge.S.Di.Mont research group focused specifically on “Copafam,” a runner bean landrace typical of the Brescia Alps and Prealps, further investigating its phytochemical and nutritional properties. The results showed that Copafam is rich in dietary fiber (34.83 ± 2.48 g/100 g dw) and protein (21.93 ± 0.41 g/100 g dw), as well as polyphenols (121.36 ± 5.31 mg GAE/g dw), flavonoids (6.51 ± 0.17 mg/kg dw), and anthocyanins (28.11 ± 0.16 mg Cy3 G/kg dw).
The high concentration of secondary metabolites and antioxidants found in Copafam and in other traditional beans highlights their potential for innovative and functional food production, promoting human health and well-being. Additionally, integrating landraces into genetic crop improvement programs could enhance the resilience of mountain agroecosystems, helping them mitigate the adverse effects of climate change while supporting local farming communities.
The study and promotion of landraces represent a strategic opportunity for fostering smart and sustainable development in marginal and mountainous regions ensuring the conservation of genetic resources.

ID: 3.12466

Promoting Plant Agro-Biodiversity for Sustainable Development in Damavand Mountain

Ahmad Mahdavi

Abstract/Description

Damavand Mountain, north of Tehran, Iran, holds significant ecological and cultural value. Enhancing plant agro-biodiversity in this region is vital for sustainable development, benefiting both the environment and local communities. Agro-biodiversity in Damavand supports ecosystem services, strengthens local communities, and boosts food security. The diverse plant species found here contribute to various functional and phylogenetic diversities that can be leveraged for agricultural gain. Encouraging agro-biodiversity aids conservation efforts and aligns with international environmental standards to protect the region’s natural surroundings. Ways to Foster Agro-Biodiversity in Damavand: 1. Understanding the Agro-Ecological Context 2. Strategies for Promoting Agro-Biodiversity 3. Benefits of Agro-Biodiversity in Damavand 4. Challenges and Solutions 5. Community Involvement and Policy Support 6. Examples of Success: Examples include cultivating traditional medicinal plants like thyme, mint, and chamomile, which provide economic benefits while conserving biodiversity; integrating fruit trees such as apples and cherries with crops, enhancing soil health and farmers’ incomes; and promoting agro-tourism, which generates additional revenue for local communities while raising awareness of biodiversity conservation. Conclusion: Enhancing plant agro-biodiversity in Damavand Mountain is a comprehensive approach to achieving sustainable development. By merging traditional knowledge with modern practices, the region can boost ecological resilience, support local livelihoods, and preserve its cultural heritage. Collaborative efforts among farmers, policymakers, researchers, and the private sector are crucial for the long-term success of these initiatives.

ID: 3.12583

Reviving the Forgotten Harvest: Systematic Identification of Neglected Crops in the Indian Himalayan Region

Charvi Kapoor
Jamir, Chubbamenla

Abstract/Description

The Indian Himalayan Region constitutes a vast and ecologically diverse area that hosts a wide array of flora and fauna. It is characterized by significant cultural diversity and is home to numerous indigenous communities. The region plays a critical role in maintaining biodiversity and providing essential environmental services such as temperature regulation, air and water purification, and water conservation, among others. This area is also home to a variety of lesser-known crop species, many of which are traditional crops that have been neglected over recent decades due to the prevalence of mainstream crops like wheat, rice, and maize. Given the contemporary necessity to transition towards sustainable food systems, the promotion of neglected and underutilized food crops (NUFCS) in the region is imperative. There is, however, a lack of consensus regarding the definition of NUFCS, which can vary by region and over time. Thus, the initial step in this endeavor is to identify the NUFCS specific to the Indian Himalayan Region. This study, therefore, focuses on the classification and identification of neglected crops within the region utilizing a NUFCS framework. The present research constitutes a significant stride towards the popularization of NUFCS in the region and explores mechanisms for raising awareness, expanding market access, and fostering policy initiatives. Identification and subsequent promotion of NUFCS will aid in the creation of a comprehensive database for the Indian Himalayan Region, thereby enhancing its utilization to achieve food and nutritional security. Furthermore, this approach can be adapted for application in other mountainous regions and diverse geographical contexts.

ID: 3.12618

Unveiling Soil Carbon Sequestration Potential Across Diverse Land Uses in the Eastern Himalayan Region: An InVEST-Based Approach

Kajoli Begum

Abstract/Description

Land-use changes over the past few decades have significantly influenced global warming through increased CO₂ emissions. However, terrestrial carbon (C) sequestration presents a viable strategy for mitigating atmospheric CO₂ concentrations. Despite being a major carbon reservoir, the Arunachal Himalaya lacks comprehensive data on soil carbon sequestration potential due to its complex topography and rugged terrain. This study aims to bridge this knowledge gap by modeling soil carbon sequestration potential across diverse land-use ecosystems, including pine and bamboo plantations, kiwi orchards, and agricultural lands in the Ziro Valley, Lower Subansiri district, Arunachal Pradesh, India. Soil samples were collected using a stratified random sampling approach and analyzed following standard methodologies. Land-use and land-cover (LULC) classification was conducted using Sentinel-2 satellite data, integrated with soil-type assessments to estimate soil organic carbon. The InVEST model was employed to quantify carbon sequestration potential for each LULC category. Results indicate that bamboo plantations exhibit the highest carbon sequestration potential among the studied land-use types. These findings provide a critical foundation for designing effective management strategies aimed at stabilizing rising carbon levels through carbon stock preservation and enhanced sequestration. Moreover, the study offers valuable insights for policymakers in REDD+ reporting, climate mitigation policies, and sustainable land-use planning. By leveraging this data-driven approach, decision-makers can implement targeted interventions to maximize carbon sequestration and promote ecological sustainability in the Eastern Himalayan region.

ID: 3.13724

From Fields to Futures: Agrobiodiversity as a Livelihood Strategy among the Rural Communities in the Eastern Himalaya

Wishfully Mylliemngap

Abstract/Description

Agrobiodiversity plays a vital role in sustaining the livelihoods of rural communities in the Himalayan mountain region. This presentation examines how traditional agricultural practices, deeply rooted in biodiversity conservation, contribute to food security, economic resilience, and adaptation to climate change. The study is based on a preliminary survey of traditional agricultural practices among the Apatani and Nyishi tribes living in the rural areas of Lower Subansiri and Kamle districts of Arunachal Pradesh, northeast India. Field observations, questionnaire surveys, and market surveys were conducted to gather data. Additionally, information on the agro-horticultural profile of these districts was collected from relevant line departments through physical visits and official department websites. The study highlights the remarkable richness of agrobiodiversity, encompassing domesticated and semi-domesticated crops, livestock, and useful wild plant species. Due to their remote locations with limited transportation facilities, local agrobiodiversity meets the majority of the village population’s needs for food, nutrition, construction materials, arts, crafts, and socio-cultural practices. Besides staple food crops like paddy, maize and millets, several horticultural and cash crops, including orange, pineapple, large cardamom, banana, and vegetables like cabbage, mustard greens, chili, ginger, soybean, and turmeric, are cultivated commercially, enhancing the livelihoods of local farmers. However, agrobiodiversity faces increasing threats from market-driven monocultures, loss of indigenous knowledge, outmigration to urban areas and climate-induced environmental changes. The gradual transition of food production systems into commercial plantations endangers natural vegetation, indigenous crop diversity, and food security. Therefore, there is a need for multi-stakeholder collaboration, involving government agencies, NGOs, and the private sector, to promote agrobiodiversity-based livelihoods with an emphasis on traditional crops for climate resilience. Addressing policy gaps and financial constraints is crucial to fostering resilient food systems. By prioritizing biodiversity-rich agricultural practices, rural communities in the Eastern Himalaya can secure a more sustainable and adaptive future.