scispace - formally typeset
Search or ask a question

How western ghat is rich frugivores accessing food resources with refrences 2 / 2? 


Best insight from top research papers

The Western Ghats region is rich in frugivores accessing food resources due to its diverse plant community and high abundance of wild edible fruits . With over 75% of plants relying on vertebrates for seed dispersal in the tropics, the frugivores in the Western Ghats play a crucial role in maintaining plant diversity and structure. The region is home to a wide variety of wild edible fruits traditionally used by tribal and rural communities, with 237 species from 136 genera being utilized for their nutritional benefits. Additionally, the Western Ghats' rich biodiversity, including over 7402 species of flowering plants and numerous endemic species, provides ample food sources for frugivores, contributing to the region's significance in supporting diverse wildlife populations.

Answers from top 5 papers

More filters
Papers (5)Insight
The Western Ghats is rich in frugivores accessing food resources due to its diverse flora and fauna, including endemic species, supporting a variety of fruit-eating animals.
The Western Ghats in India are rich in wild edible fruits, providing nutrition to frugivores. The region boasts 237 species used by tribal communities, aiding in food security and dietary diversity.
The Western Ghats are rich in wild edibles like fruits, seeds, and other resources, supporting frugivores. Sociocultural groups in Wayanad District, Kerala, utilize diverse wild food species for nutrition.
Forest cover and fruit crop size influence frugivory in Western Ghats, impacting plant-frugivore interactions crucial for maintaining biodiversity and community structure (Howe & Smallwood, 1982; Terborgh et al., 2002).
The Western Ghats are rich in frugivores due to abundant food resources, as evidenced by the high density of primates like lion-tailed macaques, bonnet macaques, and Hanuman langurs.

Related Questions

What is the socioeconomic status of western himalays?5 answersThe socioeconomic status of the Western Himalayas is characterized by a variety of factors. Livestock rearing plays a significant role in the economy of regions like Lahaul and Spiti, with farmers facing constraints such as inadequate exposure to improved breeding practices and poor marketing facilities. Biomass remains a crucial component for domestic energy needs in the Indian Himalayan region, with a high reliance on forest resources for fuelwood and fodder, leading to ecological degradation. In areas like Hisar district, SHGs (Self-Help Groups) are prevalent, with differences in land ownership and education levels between men and women groups, impacting their livelihoods and occupations. Urbanization levels vary within the Western Himalayas, with Jammu & Kashmir being the most urbanized state and Himachal Pradesh the least, influenced by topography and historical factors.
Does mobile settlement influence dietary diversity of pastoralists in Ethiopia?5 answersMobile settlement significantly impacts the dietary diversity of pastoralists in Ethiopia. Research indicates that pastoralists' traditional mobility patterns are crucial for accessing diverse grazing areas and water sources, which in turn contribute to a varied diet. However, external interventions and land alienation have disrupted this mobility, leading to decreased livestock numbers, increased land degradation, and heightened vulnerability to food insecurity among pastoral communities. Strategies such as herd mobility, early warning systems, and market engagement have emerged as adaptive measures to cope with these changes and maintain dietary diversity. Efforts to protect pastoralists' culture of mobility and provide legal support for customary institutions are highlighted as essential for ensuring effective utilization of dispersed dryland resources and sustaining dietary diversity among pastoralists in Ethiopia.
How are the livelihood agro-pastoral communities and rural populations in Djibouti are assisted?4 answersLivelihoods in agro-pastoral communities and rural populations in Djibouti are supported through indigenous social institutions promoting mutual cooperation and assistance, such as tacsi-based schemes and guus. However, challenges exist due to desertification, leading to environmental degradation and negative impacts on livelihoods. International agencies face difficulties in delivering sustainable assistance due to isolation and insecurity in the region. Sustainable development efforts in pastoral and agro-pastoral systems emphasize participatory approaches and community empowerment to manage resources effectively and reduce poverty. Livestock, crucial for wealth and social identity in these communities, are facing losses, contributing to increased poverty levels. Integrating indigenous welfare schemes with formal guidelines is crucial for the sustainable development of these communities in Djibouti.
Please find out Gharial behavioural ecology review?5 answersGharial behavioral ecology has been studied extensively in various papers. The Gharial is a specialized fish-eating crocodilian endemic to the Indian subcontinent. Research has been conducted on the ecology, reproduction, feeding habits, and behavior of Gharials, as well as their captive management. Temperature variability has been found to have a significant impact on the thermoregulatory behavior of Gharials, with gharials spending more time in water when the water temperature is higher than the atmospheric temperature, and basking outside when the outer atmosphere is warmer than the pool water temperature. The diversity of Gharial and potential habitats for its survival have also been studied, with recommendations made for maintaining and managing these habitats to raise the population to a stabilized and viable one. Additionally, nesting and reproductive ecology of Gharials have been investigated, providing information on nesting patterns, incubation periods, hatching success, and adaptations to prevent flooding of nests.
What is the abundance of snow leopard prey in Nepal?5 answersThe abundance of snow leopard prey in Nepal varies across different regions. In the Gaurishankar Conservation Area, Lapchi Village has been identified as a potentially important corridor for snow leopard movement, with a high abundance of Himalayan tahr, blue sheep, and musk deer. In the Api Nampa Conservation Area, the density of bharal (blue sheep) was estimated to be 228 animals/km2, with a total population of over 1,000 individuals. In the Annapurna Conservation Area, blue sheep density positively influenced snow leopard relative abundance, and the population of blue sheep was maintained over the past 30 years. Additionally, a study conducted in Annapurna-Manaslu estimated the density of snow leopards based on scat collection, but the specific abundance of snow leopard prey was not mentioned.
How important is wildmeat for the nutrition and livelihoods of tropical inhabitants ?4 answersWildmeat plays a significant role in the nutrition and livelihoods of tropical inhabitants. It has been documented that the disappearance of wild plants and animals due to deforestation and the increasing influence of market economies have a negative impact on local health, well-being, and diet. Wild foods, including forest plants, fungi, and animals, are important sources of food and income for communities living in tropical forest areas. Although wild plants represent a minor part of the diet in terms of frequency and diversity, they contribute a large percentage of essential nutrients such as vitamin A, vitamin C, and iron. In urban areas, wild food markets have expanded due to increased urbanization, and wild foods are recognized for their contributions to dietary diversity and nutritional security. Overall, wildmeat is important for both nutrition and livelihoods in tropical regions, providing essential nutrients and income for local populations.

See what other people are reading

How is climate change impacting species distribution in the marine environment?
4 answers
Climate change is significantly impacting species distribution in the marine environment. Studies show that marine biodiversity is rapidly changing due to climate change, with predictions indicating a decline in core habitat areas for many species under high-emission scenarios. Furthermore, global warming is leading to shifts in the spatial distributions of marine ectotherms like fish, with temperature playing a crucial role in these changes. Additionally, climate change is projected to cause shifts in the distribution and habitat suitability of toxin-producing microalgae species, leading to contractions at lower latitudes and expansions into higher latitudes. These findings highlight the complex and varied responses of marine species to climate change, emphasizing the need for comprehensive research and standardized approaches to better predict and manage the impacts on marine ecosystems.
How to measure the functional vulnerability of an ecosystem?
5 answers
Measuring the functional vulnerability of an ecosystem involves considering various factors such as climate change, human activities, technological advancements, and ecological traits. One approach is to quantify acceptable uncertainty as a metric of ecosystem robustness. Another method involves analyzing the effects of traits and interactions on trophic functions through the interaction functional space framework. Additionally, a dynamic weighting method can be used to evaluate multi-type ecological functional areas, determining vulnerability thresholds based on factors like net primary productivity. Understanding the impacts of climate change, human activities, technological evolution, and ecological traits is crucial in assessing and addressing the functional vulnerability of ecosystems.
How does guilt contribute to the extinction of species?
5 answers
Guilt can play a role in the extinction of species by influencing human behavior towards conservation efforts. The emotion of guilt, stemming from harm caused by inappropriate actions or inactions, can lead to increased cooperation in preserving biodiversity. When individuals feel guilty about the negative impact of their actions on the environment, they may be more inclined to support conservation initiatives to prevent species extinction. Additionally, ethical considerations, including guilt for not taking action to protect endangered species, can drive individuals and societies to prioritize conservation efforts. Therefore, by incorporating guilt and ethical reflections into discussions about biodiversity conservation, there is a potential to mitigate the factors contributing to species extinction and promote a more sustainable coexistence with the natural world.
How landscape of fear influences large herbivore behaviour within African savanna ecosystems?
5 answers
The landscape of fear significantly influences large herbivore behavior within African savanna ecosystems. Herbivores, such as buffalo, gazelle, zebra, and wildebeest, exhibit anti-predator behaviors in response to dynamic changes in predation risk, influenced by factors like night-time luminosity and lunar phases. Studies show that herbivores make trade-offs between foraging opportunities and predation risk, leading to spatial redistribution based on perceived risk levels. The presence of predators, like African lions, affects herbivore distribution, herding propensity, and behaviors, highlighting the intricate relationship between predation risk and herbivore decision-making in the savanna landscape. This dynamic interplay underscores the importance of considering the landscape of fear when studying large herbivore ecology in African savannas.
How is the climate in caletonville?
5 answers
The climate in Caletonville is influenced by various factors such as ecological disturbances, urban effects, and water bodies. Large-scale disturbances like pine-beetle tree kill in British Columbia can lead to warmer and drier summers, impacting the local climate. Urban areas like Caletonville can experience a warming effect due to urban heat islands and topographical features, affecting temperatures, especially at night. Additionally, the presence of water bodies like ponds can contribute to water loss through evaporation, potentially affecting the local hydrographical system. Therefore, the climate in Caletonville is subject to a combination of natural and anthropogenic influences that can shape its environmental conditions.
What is the role of Sulfurimonas in coastal ecosystems?
5 answers
Sulfurimonas species play crucial roles in coastal ecosystems by contributing to sulfur and nitrogen cycling. They are adept at sulfur oxidation using various electron acceptors like nitrate and manganese dioxide, showcasing metabolic flexibility for niche adaptation in redoxclines. Some Sulfurimonas strains are prevalent in hydrothermal plumes, utilizing hydrogen as an energy source and displaying unique genomic adaptations for chemolithotrophic metabolism. In mangrove ecosystems, Sulfurimonas species help maintain sulfur homeostasis by oxidizing sulfur compounds, although they may contribute to nitrogen accumulation. Their ability to thrive in diverse conditions, ranging from cold oxygen-saturated hydrothermal plumes to coastal sediments, highlights their ecological significance and versatile metabolic capabilities.
What is approximate landscape scale (range in meters) in terms of studies on biodiversity?
5 answers
The approximate landscape scale in studies on biodiversity ranges from 50 meters to 2400 meters. Different landscape processes such as habitat loss, fragmentation, and edge effects exert varying effects on biodiversity at different spatial scales. For example, habitat loss and edge effects act at fine spatial scales around 200 meters, while fragmentation negatively impacts biodiversity at a coarser scale of around 2400 meters. Understanding the spatial scale at which these processes operate is crucial for designing effective conservation strategies that aim to enhance biodiversity in urban landscapes and beyond. By considering the spatial scale of landscape processes, conservation efforts can be better targeted to mitigate negative impacts and promote biodiversity-rich environments.
What is the impact of the local environment on sustainable behavior?
5 answers
The impact of the local environment on sustainable behavior is significant. Research indicates that local waste management culture influences individual recycling behavior, highlighting the importance of regional norms and practices in shaping sustainability actions. Additionally, rural community travel can serve as an eco-innovation approach to enhance education for sustainable development, emphasizing the role of sustainability learning in promoting responsible behavior and environmental preservation. Collaborative management in urban settings is believed to enhance policy implementation by fostering goal consensus and increasing access to resources. Furthermore, the bottom-up sustainable development of a local society relies on residents' vision and addressing fundamental components that influence behavior change attitudes. Overall, understanding and leveraging the local environment are crucial for fostering sustainable behaviors and achieving long-term environmental goals.
How does light pollution affect the behavior and migration patterns of amphibians?
5 answers
Light pollution significantly impacts the behavior and migration patterns of amphibians. Studies show that artificial lighting can alter the nocturnal migration activity of benthic animals like amphipods, reducing their activity levels. For migrating toads, street lighting can attract them, increasing the risk of being struck by traffic, although responses vary based on the spectral composition of the light. Additionally, artificial light can influence substrate selection in amphibians like wood frogs and blue-spotted salamanders, potentially attracting them to substrates they would not normally choose. However, the effects of light pollution on mate choice behavior in Eastern Gray Treefrogs were found to be minimal, suggesting species-specific responses to nocturnal light levels. These findings highlight the diverse ways in which light pollution can disrupt the natural behaviors and migration patterns of amphibians.
What are the Importance of Supportive Policies for crop diversification?
5 answers
Supportive policies play a crucial role in promoting crop diversification for various reasons. Firstly, policies can help increase crop genetic diversity, making biodiverse food available to consumers and supporting sustainable farming systems. Secondly, policies that promote diversification into high-value crops can augment farm income, generate employment, alleviate poverty, and conserve soil and water resources. Additionally, policies that facilitate access to private sector output markets and reform public marketing board buying depots can encourage farmers to adopt more diverse cropping systems, ultimately enhancing productivity and reducing income volatility. Moreover, securing the legal status of heterogeneous cultivars for food diversity can increase the resilience of the food system and support local short and fair supply chains. Overall, supportive policies are essential for enhancing agricultural biodiversity, ensuring food security, and promoting sustainable farming practices.
How much terrestrial land has been altered due to anthropogenic inflence?
4 answers
Between 1990 and 2015, approximately 1.6 million km2 of natural land was lost due to human modification, with a global rate of loss increasing over the past 25 years. In 2013, 42% of terrestrial Earth was relatively free of direct anthropogenic disturbance, while 25% could be classified as "wilderness," representing the least degraded end of the human footprint spectrum. The majority of land alteration occurred within tropical and subtropical grasslands, savannahs, and shrublands, with rapid modification also observed in the rainforests of Southeast Asia. Human populations have significantly transformed most of the terrestrial biosphere into anthropogenic biomes over the past century, leading to irreversible alterations in ecological patterns and processes.