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Sahara Circular Gardens Stop Desertification, Provide Food Security

Sahara Circular Gardens Stop Desertification, Provide Food Security

In the vast expanse of the Sahara Desert, a transformation is taking root—quite literally. Amidst the golden dunes and arid landscapes, Sahara circular gardens are emerging as oases of hope, pointing to a sustainable way forward in the face of increasing desertification. These meticulously designed green patches are symbols of human ingenuity and active combatants against the degrading soil and challenging climatic conditions of one of the world’s most unforgiving terrains.

Desertification refers to the process where previously fertile land degrades into desert. While natural climate fluctuations play a role, human activities—such as unsustainable farming practices and deforestation—have significantly accelerated the process. The Sahara, already the third largest desert globally, continues to expand, threatening local ecosystems and the livelihoods of millions.

This environmental phenomenon doesn’t just result in a loss of usable land. It disrupts local ecosystems, diminishes water resources, reduces agricultural productivity, and can lead to increased regional conflicts over dwindling resources.

Enter the circular gardens—concentric circles of vegetation that stand defiantly against the vastness of the desert. Here’s a breakdown of why and how Sahara circular gardens represent a beacon of hope in various ways.

Efficiency is paramount in regions like Senegal, where water is more valuable than gold. The design of Sahara circular gardens allows for a central water source, distributing the precious resource evenly to all plants. This hub-and-spoke model ensures that every drop is utilized to its maximum potential. The gardens, known locally as tolou keur, are the most recent incarnation of The Great Green Wall project.

These gardens are more than just a sum of their parts. Together, the plants work in harmony to create a relatively cooler micro-environment that maintains a higher humidity level than the surrounding desert. This microclimate is conducive to plant growth and offers a small reprieve from the otherwise harsh conditions.

The Sahara circular gardens’ genius lies in combining traditional desert farming techniques with modern agricultural knowledge. Local communities have long recognized the value of growing in concentric patterns, but today’s farmers are enhancing these methods with contemporary technology and insights.

Against the monochromatic backdrop of the desert, the Sahara circular gardens are vibrant hubs of life. They host a range of plant species, attracting essential pollinators and beneficial insects. This biodiverse setup supports the garden’s health and strengthens its resilience against pests and diseases.

Beyond the environmental benefits, these gardens have profound socio-economic implications. They provide local communities with a sustainable source of food and income. In an environment as challenging as the Sahara, the success of these agricultural initiatives can make a considerable difference to the economic well-being of the local populace.

Every plant in these gardens plays a role in healing the soil. As plants grow, decay, and get replaced, they return essential organic matter to the ground. Over time, this continuous cycle can restore the soil’s structure and fertility, combating the effects of desertification.

The gardens show that sustainable farming is possible even in adverse conditions. With carefully chosen plants, including those that naturally enrich the soil, these gardens can thrive with minimal external intervention.

The emergence of Sahara circular gardens is a testament to human adaptability and resilience. However, their proliferation also highlights the urgency of our environmental challenges. While these gardens offer localized solutions, they also underscore the need for global action against climate change and land degradation.

Researchers, environmentalists, and local farmers are keenly studying the potential and limitations of these gardens. As knowledge grows, techniques are refined, ensuring these green oases become even more effective in their mission.

The Sahara circular gardens are more than just innovative agricultural projects. They symbolize hope, resilience, and the indomitable human spirit. In the face of global challenges, they remind us that with ingenuity and collaboration, solutions can be found—even in the most unexpected places.

 

 


 

 

Source   Happy Eco News

E.ON and Tree Energy Solutions announce strategic partnership to import green hydrogen

E.ON and Tree Energy Solutions announce strategic partnership to import green hydrogen

In addition to green electrification, green gases like hydrogen are an irreplaceable part of a successful energy transition. They are needed to replace fossil fuels in the energy landscape of the future and to meet the Paris climate targets. E.ON is ready to support the development of a hydrogen economy in Germany and Europe competently and actively. We will significantly expand our commitment and plan to engage in electrolysers, grid infrastructure, and renewable energies to produce green hydrogen close to our customers as well as engage in investments along the entire hydrogen value chain.

To emphasise the relevance of the topic, a new E.ON Hydrogen unit was established at the end of 2021. Essen and Brussels, March 30, 2022 — E.ON and Tree Energy Solutions (TES) want to drive the ramp-up of the future hydrogen economy jointly and agreed on a strategic partnership to import green hydrogen at scale into Germany. Within the framework of the partnership the companies will investigate potential joint engagements along the entire hydrogen value chain to build a source for secure, long-term green hydrogen supply.

TES is developing a green energy hub in the German port of Wilhelmshaven. The energy hub will feature a receiving terminal, storage facilities and a clean, zero-emissions oxy-fuel combustion power plant. In addition, TES is developing the production of green hydrogen in solar belt countries and investing in the supply chain and relevant infrastructure. TES will efficiently transport green hydrogen produced from solar electricity, in the form of fossil-free green gas (CH4) to Europe where it is investing in infrastructure to recycle the CO2.

Patrick Lammers, COO at E.ON, says: “The ramp-up of a functioning hydrogen economy must have top priority in Germany and Europe. The partnership with TES is an important step on the way to a sustainable energy landscape while ensuring security of supply. It moves us a step closer to net-zero; without the use of green gases such as hydrogen, it will be impossible to completely avoid CO2 emissions.”

“This is an exciting long-term partnership that will allow us to combine relevant experience to accelerate the decarbonisation of the energy chain,” Paul van Poecke, Founder and Managing Director at TES said. “Our ambition is to build the Wilhelmshaven location into a hub for international hydrogen trading and upgrade the infrastructure accordingly. Through this hub TES will supply a mix of green and clean energy to economically lead Europe to reach it net-zero ambitions. We are excited to partner with E.ON to reach net-zero in the German market and support E.ON in its decarbonisation strategy.”

 


 

Source Eco Voice