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Maxvolt Energy

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Child Fundindia

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Pradan

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ICICI Foundation

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HDFC CSR

Amla Agroforestry

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Tree Plantation

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Tree Plantation 

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Miyawaki Forest

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Miyawaki

250 Fruit tree plantation at Village Gadha Katara Sankargarh

Village Gadha Katara Sankargarh

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800 Tree Planted with Miyawaki method

Amla Agroforestry Usari Mafi

800  trees planted in Shankargarh, Prayagraj UP

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800 trees planted in Shankargarh

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Amla Agroforestry CKD

New forest of 350 trees, This project is done with the help of HDFC Bank CSR

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Miyawaki Forest of 100 square meters

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BKG / Kitchen Garden

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Primary School BKG / Kitchen Garden

Miyawaki Forest in 2 acres / 8000 square meters. One year old man made dense forest Near by Shankargarh Prayagraj

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Miyawaki Forest 2 Acres / 8000 Square Meters

Climate change has emerged as one of the most significant global challenges of our time. It's not just altering our environment; it's changing the way we live and think. Here are five important life lessons that climate change has taught us:1. InterconnectednessOur planet is a complex, interconnected system, and climate change has made us acutely aware of this fact. The way we live, the energy we use, and the waste we produce can have far-reaching effects on the entire planet. This lesson in interconnectedness teaches us that our individual actions matter and that we all have a role to play in protecting our shared home.2. StewardshipClimate change has underscored the importance of stewardship. We have been reminded that we do not inherit the earth from our ancestors; we borrow it from our children. This lesson compels us to act as responsible stewards of the environment, ensuring that we leave it in a better state than we found it.3. AdaptabilityThe shifting climate patterns have shown us that adaptability is key to survival. Societies that can adapt to changing conditions—whether it's rising sea levels, extreme weather events, or shifting agricultural zones—are the ones that will thrive. This lesson in adaptability encourages us to be flexible and innovative in the face of change.4. ResilienceFrom hurricanes to heatwaves, climate change has tested the resilience of communities worldwide. This lesson has taught us that resilience is not just about bouncing back from disasters but also about building systems that can withstand future shocks. It's about strengthening our infrastructure, our economies, and our social networks to be more resilient.5. UnityFinally, climate change has taught us the value of unity. No single country can combat climate change alone; it requires a concerted, global effort. This lesson has brought nations together to work towards common goals, such as those outlined in international climate agreements. It's a reminder that unity is strength, especially when facing challenges that know no borders. These lessons from climate change are not just about environmental policy; they're about how we view our place in the world and how we relate to one another. They're lessons that, if heeded, can lead us to a more sustainable, equitable, and compassionate future for all.

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Climate

Update

Five Important Life Lessons Climate Change Taught Us

In the face of rapid urbanization, Indian cities are grappling with environmental degradation, declining air quality, and the loss of natural habitats. The introduction of the Miyawaki method for creating urban forests offers a promising solution to these challenges. Here's an in-depth look at why India's urban landscapes desperately need at least 20 Miyawaki forests each.Accelerated Biodiversity RecoveryThe Miyawaki method is renowned for its ability to cultivate dense, self-sustaining forests that can grow up to 10 times faster than conventional plantations. By planting 20 or more of these forests in each city, we can rapidly restore biodiversity, providing a sanctuary for indigenous flora and fauna that have been displaced by urban sprawl.A Shield Against Climate ChangeUrban forests act as carbon sinks, sequestering carbon dioxide and other greenhouse gases. The dense foliage of Miyawaki forests is particularly effective, potentially absorbing millions of tons of CO2 from India's urban centers. This is a critical step towards fulfilling India's pledges under international climate agreements.Health and Well-beingMiyawaki forests contribute significantly to the health and well-being of urban residents. They filter pollutants from the air, reduce noise pollution, and offer a cooling effect, countering the urban heat island phenomenon. These forests provide a natural oasis that can improve mental health and encourage physical activity.Socioeconomic AdvantagesThe creation of urban forests can stimulate local economies by creating green jobs in maintenance, conservation, and ecotourism. They also increase property values and can reduce municipal costs by mitigating the effects of storms and reducing the need for air purification systems.Cultural and Spiritual HarmonyIn a country where nature is intertwined with culture and spirituality, Miyawaki forests can serve as modern sacred groves. They offer spaces for reflection, meditation, and the continuation of environmental traditions that have been part of India's heritage for centuries.Engaging Communities The establishment of Miyawaki forests fosters community engagement and environmental education. It empowers citizens to take part in the stewardship of their local environment, promoting a sense of ownership and responsibility towards nature.Sustainable Urban PlanningIncorporating Miyawaki forests into urban planning is a model for sustainable development. These forests are resilient, require minimal maintenance, and provide immediate benefits, making them an ideal component of green infrastructure strategies.ConclusionThe implementation of 20 Miyawaki urban forests in every city across India is not just an environmental imperative but a holistic approach to urban renewal. It's a commitment to the future—a future where nature and urban life coexist in harmony. As we face the challenges of the 21st century, let us embrace the Miyawaki method as a key to unlocking a greener, healthier, and more resilient India.

Pollution

The Urgent Need for 20 Miyawaki Urban Forests in Every Indian City

Celebrating World Environment Day: Ashok Seeds &amp; Plants' Pledge to a Greener FutureAs the world comes together to celebrate World Environment Day, we at Ashok Seeds &amp; Plants are excited to announce our commitment to the planet's future. Under the guidance of our esteemed director, Ashok Mauya, we have pledged to plant an astounding 1,000,000 trees over the next two years. This ambitious project is not just a testament to our dedication to environmental stewardship but also a call to action for communities worldwide to join hands in nurturing nature.Our Green MissionOur mission is simple yet profound: to significantly contribute to the reforestation efforts that are crucial for the ecological balance of our planet. Trees are the lungs of the Earth; they clean our air, provide oxygen, and serve as vital habitats for wildlife. By planting one million trees, we aim to create a ripple effect of positive environmental impact that will be felt for generations to come.The Journey AheadThe journey to planting a million trees is a monumental task that requires careful planning, dedication, and community involvement. We will be working closely with local governments, non-profit organizations, and volunteers to identify the most beneficial locations for tree planting. Our approach is scientific and strategic, ensuring that every sapling planted has the best chance to thrive and grow into a mature tree.Engaging the CommunityCommunity engagement is at the heart of our initiative. We believe that when people come together for a common cause, the impossible becomes possible. We will be organizing workshops, tree-planting events, and educational programs to spread awareness about the importance of trees and how each individual can make a difference.A Call to ActionThis World Environment Day, we invite you to join us in our green revolution. Whether you're a student, a professional, or simply someone who cares about the environment, there's a role for you to play. Together, we can create a legacy of sustainability and show the world that change starts with a single seed—a seed of hope, growth, and life.ConclusionAt Ashok Seeds &amp; Plants, we're not just planting trees; we're planting the seeds of a better tomorrow. With the guidance of Ashok Mauya and the support of our community, we're on a path to making a significant environmental impact. Let's make every day World Environment Day and work tirelessly towards a greener, more sustainable world.Join us in our mission. Plant a seed, grow a legacy. #GreenFuture #AshokSeedsAndPlantsThere has been some media coverage:<img src="https://res.cloudinary.com/diifotiry/image/upload/v1718097825/news_1_aec9b5c62a.jpg" alt="news_1.jpg"><img src="https://res.cloudinary.com/diifotiry/image/upload/v1718097825/news_2_d0e29d0a7b.jpg" alt="news_2.jpg"><img src="https://res.cloudinary.com/diifotiry/image/upload/v1718097825/news_3_93827a2b0f.jpg" alt="news_3.jpg">

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Media Coverage

News

We committed to planting 1,000,000 trees

Nature is the source of life for all living beings on Earth. It provides us with air, water, food, shelter, medicine and many other benefits that we often take for granted. However, human activities have been degrading and destroying nature at an alarming rate, threatening our own survival and well-being as well as the diversity and balance of life on the planet.

Environmental conservation is the practice of caring for nature so that all living things can benefit from it now and in the future It involves protecting and restoring natural habitats, managing natural resources wisely, reducing waste and pollution, and promoting sustainable development. Environmental conservation is not only good for nature, but also for us humans.


**Some of the benefits of environmental conservation are:**

•  Fresh air and clean water: By preserving forests, wetlands and other ecosystems that filter and purify air and water, we can reduce the risk of diseases and improve our health and quality of life.

•  Maintaining outside temperature: By conserving natural vegetation that regulates the climate and absorbs greenhouse gases, we can mitigate the effects of global warming and extreme weather events that threaten our food security and livelihoods.

•  Preserving nature, biodiversity and ecosystem: By protecting wildlife and plants from overexploitation, habitat loss and invasive species, we can maintain the beauty and richness of nature that supports countless ecological functions and services, such as pollination, pest control, soil formation and nutrient cycling.

•  Growth of more plant species for better medicine: By conserving the genetic diversity of plants and animals, we can discover new sources of medicines and treatments for various diseases and ailments.

•  Building a healthy planet and a healthy life: By respecting and valuing nature as our common heritage and responsibility, we can foster a culture of harmony and cooperation among people and nations, and enhance our spiritual and emotional well-being.

Environmental conservation is not only a moral duty, but also a smart investment for our future. According to the IPBES report, the benefits of conserving nature outweigh the costs by a factor of at least 10 to 1. Moreover, CITES  shows that regulating international trade in wildlife can contribute to economic development, poverty alleviation and social justice.

Therefore, let’s take care of nature for the sake of the Earth and ourselves. We can all do our part by making informed choices, reducing our ecological footprint, supporting conservation initiatives, raising awareness and advocating for change. Together, we can make a difference for a better world.



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Let’s Take Care of Nature for The Sake of The Earth

Landscapes are dynamic systems that change over time due to natural and human factors. These changes can have profound impacts on the wildlife community that inhabits them, affecting their distribution, abundance, diversity and interactions. Understanding how landscapes and wildlife change and respond to each other is crucial for conservation and management of biodiversity and ecosystem services. Some of the drivers of landscape change are:&nbsp;• Urbanization: The expansion of human settlements and infrastructure can fragment and degrade natural habitats, reducing the availability and quality of resources for wildlife. Urbanization can also create new opportunities for wildlife to exploit novel habitats and food sources, such as gardens, parks and waste dumps. However, this can also increase the risk of human–wildlife conflicts, disease transmission and invasive species.&nbsp;• Agriculture: The conversion of natural habitats to croplands and pastures can alter the structure and function of landscapes, affecting the water cycle, soil fertility, carbon storage and biodiversity. Agriculture can also provide supplementary food and shelter for some wildlife species, such as birds and rodents, but may also expose them to pesticides, predators and competition.&nbsp;• Conservation: The establishment of protected areas and restoration of degraded habitats can enhance the conservation of wildlife by increasing their habitat area, connectivity and quality. Conservation can also promote ecotourism and environmental education, raising awareness and appreciation of wildlife among local communities and visitors. However, conservation can also have trade-offs with other land uses, such as agriculture and development, affecting the livelihoods and well-being of people. The changes in landscapes can affect the wildlife community in various:&nbsp;• Distribution: The spatial arrangement of habitats and resources can influence where wildlife occurs and moves across landscapes. Landscape changes can alter the distribution patterns of wildlife by creating barriers or corridors for dispersal, migration and gene flow. For example, urbanization can isolate wildlife populations in remnant patches or facilitate their movement along greenways.&nbsp;• Abundance: The amount of habitats and resources available can determine how many individuals of a wildlife species can survive and reproduce in a landscape. Landscape changes can affect the abundance of wildlife by increasing or decreasing their carrying capacity, mortality and recruitment rates. For example, agriculture can reduce the abundance of wildlife by removing their natural food sources or increase it by providing artificial ones.&nbsp;• Diversity: The variety of wildlife species and their genetic makeup can reflect the diversity of habitats and environmental conditions in a landscape. Landscape changes can affect the diversity of wildlife by creating or eliminating niches for different species, altering the evolutionary pressures and opportunities for adaptation and speciation. For example, conservation can increase the diversity of wildlife by preserving rare or endemic species or decrease it by introducing exotic ones.&nbsp;• Interactions: The relationships among wildlife species and between wildlife and humans can shape the structure and function of wildlife communities in a landscape. Landscape changes can affect the interactions of wildlife by modifying their competition, predation, mutualism and disease dynamics. For example, urbanization can increase the interactions of wildlife with humans by attracting commensal or conflict species or decrease them by deterring sensitive or threatened species. Landscape change is inevitable and often irreversible. Therefore, it is important to monitor and understand its effects on wildlife communities and design appropriate strategies to mitigate or adapt to them. By integrating ecological knowledge with spatial planning and participatory approaches, we can create more sustainable landscapes that balance the needs of both people and wildlife.

Changes In Landscapes And Wildlife Community

Trees are vital for the health and balance of our planet. They provide oxygen, store carbon, support biodiversity, regulate water cycle and protect soil. However, humans are cutting down trees at an alarming rate, causing deforestation and degradation of forests around the world. This has serious consequences for the climate and the frequency and intensity of extreme weather events.

Some of the effects of deforestation on climate are:

- Greenhouse gas emissions: Trees absorb carbon dioxide from the atmosphere and store it in their biomass. When trees are cut down or burned, they release carbon dioxide back into the air, contributing to global warming. Deforestation is responsible for about 10% of global greenhouse gas emissions.

- Albedo change: Trees have a low albedo, meaning they reflect less sunlight than bare land. When trees are removed, more sunlight is reflected back to space, cooling the local temperature. However, this also reduces the amount of heat trapped by greenhouse gases in the lower atmosphere, weakening the convection currents that drive rainfall patterns. This can lead to droughts in some regions and floods in others.

- Evapotranspiration change: Trees release water vapor into the air through evapotranspiration, creating clouds and precipitation. When trees are lost, less water vapor is available for cloud formation, reducing rainfall and increasing dryness. This can also affect the movement of moisture across continents, affecting the climate of distant regions.

- Soil erosion: Trees protect the soil from erosion by wind and water. When trees are cleared, the soil becomes exposed and vulnerable to erosion, losing its fertility and organic matter. This can reduce the ability of the soil to store water and carbon, exacerbating droughts and emissions.

The changes in climate caused by deforestation can increase the risk of storms, droughts and floods in different ways:

- Storms: Deforestation can alter the atmospheric circulation and pressure gradients, affecting the formation and intensity of storms. For example, deforestation in Southeast Asia has been linked to increased frequency and severity of El Niño events, which can trigger storms and floods in some regions and droughts in others.

- Droughts: Deforestation can reduce rainfall and soil moisture, creating dry conditions that can lead to droughts. For example, deforestation in the Amazon rainforest has been associated with reduced rainfall and increased risk of droughts in South America.

- Floods: Deforestation can increase runoff and reduce infiltration, causing more water to flow over the land surface rather than into the ground. This can increase the risk of floods and landslides, especially during heavy rains. For example, deforestation in Haiti has been blamed for worsening the impacts of hurricanes and floods.

Deforestation is a major threat to the climate and the well-being of people and nature. To prevent further damage and restore what has been lost, we need to stop cutting trees and start planting them. By conserving and restoring forests, we can reduce greenhouse gas emissions, enhance rainfall, protect soil and biodiversity, and mitigate the risk of storms, droughts and floods.

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Increasing Risk Of Storms, Droughts and Floods

Solar energy is one of the most abundant and clean sources of renewable energy on the planet. By installing solar panels on rooftops, fields, or deserts, we can harness the power of the sun and convert it into electricity for our homes, businesses, and industries. Solar panels are also becoming cheaper and more efficient over time, making them more accessible and attractive for consumers and investors.

But how do solar panels work and what are their benefits for the environment and society? Here are some facts and figures to help you understand why solar panels will be a great source of green energy in the future.

•  Solar panels are made of photovoltaic (PV) cells that absorb photons (light particles) from the sun and generate direct current (DC) electricity. The DC electricity is then converted into alternating current (AC) electricity by an inverter, which can be used to power appliances and devices or fed into the grid.

•  Solar panels can reduce greenhouse gas emissions by displacing fossil fuels that are used to generate electricity. According to a study by the International Renewable Energy Agency (IRENA), solar PV could save up to 4.9 gigatons of CO2 emissions per year by 2050.

•  Solar panels can also reduce air pollution and water consumption by avoiding the combustion of coal, gas, or oil that produce harmful pollutants such as particulate matter, nitrogen oxides, sulfur dioxide, and mercury. Solar PV also uses much less water than thermal power plants that rely on cooling systems.

•  Solar panels can create jobs and boost economic growth by stimulating the demand for installation, maintenance, and manufacturing services. According to IRENA, solar PV could employ up to 18 million people worldwide by 2050.

•  Solar panels can enhance energy security and resilience by diversifying the energy mix and reducing dependence on imported fuels. Solar PV can also provide reliable and affordable electricity to remote and rural areas that lack access to the grid or face frequent power outages.

However, solar panels also face some challenges and limitations that need to be addressed to ensure their sustainability and scalability. Here are some of the main issues and solutions that are being explored:

•  Solar panels depend on the availability and intensity of sunlight, which varies according to the time of day, season, weather, and location. This means that solar PV cannot provide constant and predictable electricity supply without adequate storage or backup systems.

•  Solar panels require a lot of land and materials to produce enough electricity to meet the growing demand. This can pose environmental and social impacts such as habitat loss, land use conflicts, resource depletion, and waste generation.

•  Solar panels have a finite lifespan of about 25 to 30 years, after which they need to be replaced or recycled. This creates a challenge for managing the end-of-life of solar modules and recovering the valuable materials they contain.

To overcome these challenges, researchers and innovators are working on developing new technologies and practices that can improve the performance, efficiency, durability, and recyclability of solar panels. Some of the promising solutions include:

•  Developing smart grids and battery systems that can store excess solar electricity and balance the supply and demand of renewable energy sources.

•  Designing bifacial solar panels that can capture sunlight from both sides and increase their output by up to 30%.

•  Using thin-film solar cells that are lighter, cheaper, and more flexible than conventional silicon-based cells.

•  Recycling solar panels using advanced methods that can recover up to 99% of their components and reuse them to make new modules or other products.

Solar panels have a huge potential to transform the way we produce and consume energy in a more sustainable way. By investing in research, innovation, policy, and education, we can ensure that solar PV becomes a key driver of the green energy transition in the coming years.

Keeping our Earth safe from climate change.

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All of our workshops, tree plantings, presentations, outreach programs and educational activities are ABSOLUTELY FREE for government schools, colleges and housing companies.

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Keeping our Earth safe from climate change.

Our Great Customers

All of our workshops, tree plantings, presentations, outreach programs and educational activities are ABSOLUTELY FREE for government schools, colleges and housing companies.