Gaia Alpha Plan, Global Reforest

PLANT 30 BILLION KIRI TREES PER YEAR TO CAPTURE CO2

CAPTURING CO2 IS URGENT AND IMPERATIVE. WE CANNOT AND SHOULD NOT DELAY IT ANY MORE. WE MUST ACT IMMEDIATELY. MOBILIZE RESOURCES. CONTRIBUTE COLLECTIVELY FOR THE COMMON GOOD. BANKS AND THE CAPITAL SYSTEM CAN AND SHOULD HELP.

Likewise, from Greeninterbanks.com we will promote the Forest Card that will apply 50% of the net benefit to the program of planting new trees intensively and massively, at a rate of 30 billion per year, until an average of 500 billion.

We are making arrangements with international banking associations and federations to apply withholdings of 0.5 to 2% on purchases with green credit cards. They can be optional. The goal is to raise funds to apply them to the immediate and massive planting of 30 billion kiri trees and other specific species, per year, to capture CO2, then felling and burying the logs, returning this greenhouse gas to the subsoil. And thus return to the 350 free ppm in the atmosphere, proceeding to an intelligent control over the global climate through the regulation of atmospheric CO2. The funds withheld may be transferred to the World Bank for its administration and financing of the intensive plantation. The task may be carried out by the multinational AEON of Japan. 30 to 50 billion tons/year of carbon dioxide are emitted into the atmosphere. By planting 30 billion kiri trees per year, 30 billion tons of CO2/year can be captured.

The forests will revert.

You can plant 30 billion new kiri trees a year and then bury the trunks, trap the CO2 and return this greenhouse gas to the ground, and intelligently control the global climate by regulating free carbon dioxide in the atmosphere. Making the planet's forests green again. The task will be carried out by the multinational AEON of Japan, with experience in forest recovery, so as not to repeat the mistakes made with green credits. Global warming is turning the frozen deserts of northern Canada and Siberia into areas suitable for new forests, so agricultural areas will not be encroached upon in the development of this project.

US$30 billion will be allocated per year for this purpose. The Global Reforestation project will make it possible to move from the climate crisis to complete control of the planetary climate through the regulation of free CO2 in the atmosphere. New techniques have been developed for mass planting, using planes that strafe suitable soils with seeds. Therefore, the recovery of the forests can be carried out in the medium term and in the time of a generation, making Humanity interact intelligently with the global climate, producing an adequate average temperature for the best sustainability.

The kiri tree can purify infertile soil, it also absorbs 10 times more CO2 than any other species.

It can reach up to 27 m in height. It has leaves 40 cm wide. It resists fire by regenerating its fast-growing roots and vessels and also tolerates contamination. Repotting is not necessary as it sprouts after cutting. It thrives in polluted soil and water and purifies the soil as it grows, from its nitrogen-rich leaves it provides nutrients by falling and decomposing in the soil.

An adult tree can capture 21.7 kg of CO2 every day, which converts into 6 kg of oxygen.

30 billion adult kiri trees capture 651 billion kg of CO2 per day, or 651,000 tons. Every year there are 30 billion tons of CO2 captured. As long as the intensive reforestation plan continues on the planet, the percentage of atmospheric CO2 can be reduced between 1.5 and 2 ppm per year. In a maximum of 40 years, it would return to the ideal threshold of 350 ppm and return to the initial thermal equilibrium of the planet.

Kiri emit large amounts of oxygen and absorb up to ten times more carbon dioxide than other trees.

Intensive global reforestation is concentrated in the areas of the Siberian tundra and Canada to the north, which due to global warming have become suitable for forest development. However, smaller projects focus on all nations to restore their native forests.

PROJECT IMPACT

30 billion adult kiri trees capture 651 billion kg of CO2 per day, or 651,000 tons. Every year there are 30 billion tons of CO2 captured. As long as the intensive reforestation plan continues on the planet, the percentage of atmospheric CO2 can be reduced between 1.5 and 2 ppm per year. In a maximum of 40 years, it would return to the ideal threshold of 350 ppm and return to the initial thermal equilibrium of the planet.

PROJECT COST

The project costs are equivalent to 30 billion dollars per year. To obtain these funds, a financial rate of 0.1% will be established in the international and national financial system. These funds will be administered by the World Bank and by a commission made up of all the nations added to the project.

TIMELINE

In the period of 1 to 15 years (in the short term): Reduce CO2 pollution by 40% and stabilize the global average temperature below the threshold of 1.5º C.

In the period of 15 to 50 years (medium term): Reduce CO2 pollution by 80% and stabilize the global average temperature below the threshold of 1.5º C.

In the period of 50-100 years (long term): Return to 350 ppm of free CO2 in the atmosphere and the global temperature will have dropped 1º C.

This result is feasible as long as the goal of zero carbon emissions is applied immediately...

PLANT MORE THAN 500,000 MILLION TREES

According to a study by a team led by researchers from the Institute for Integrative Biology of the Swiss Federal Institute of Technology in Zurich (ETH-Zurich), there is enough space to increase forest area by 25% and thus reduce greenhouse gases by 25%. greenhouse in the atmosphere.

The goal is to plant at least 500 billion new trees. It is the cheapest and most efficient method to capture CO2. There are currently about 3 billion trees alive on the planet and we cut down around 15 billion per year, the surface of Portugal, not counting those that are lost due to burning by forest fires.

The maps and models generated by this team made up of experts from Switzerland, Italy and France indicate that there is enough area to increase the forest mass by 25% without this representing irreversible damage to agricultural production or natural ecosystems.

The researchers used Google Earth to see where more trees could be planted, while maintaining space for people (agriculture and built-up areas) and natural ecosystems. Jean-Francois Bastin explains that they have calculated that there is room for at least a billion more trees, but it could be 1.5 billion.

About two-thirds of the entire Earth - 8.6 billion hectares - could support forests and that 5.5 billion already support them. Of the 3.2 billion without trees, 1.5 billion are used for cultivation, leaving 1.6 billion hectares of potential forest land in areas that were previously degraded or sparsely vegetated, in which 1.2 billion indigenous trees could grow. That area is about 11% of the entire Earth and equal to the size of the United States and China combined. Tropical areas might have 100% tree cover, while others would be more sparsely covered, meaning that on average about half the area would be under forest cover.

The objective of a 25% increase in forestry will allow the capture of 200 gigatons of carbon. It is the cheapest solution to curb climate change. This strategy must be accompanied by cuts in carbon emissions if positive results are to be obtained against global warming.

The six largest nations in the world, Russia, Canada, China, the United States, Brazil and Australia, contain half of the potential restoration sites. Tree-planting initiatives already exist, including the Bonn Challenge, backed by 48 nations, aimed at restoring 350 million hectares of forest by 2030. The United Nations launched the "Trillion Tree Campaign", so far more than 17,000 million trees in the world.

OTHER SOURCES OF FUNDING

Airfares and other means of transport can add a 2% eco-tax to contribute to the Gaia Forest project. The same must be applied in internet services. In travel agencies and fuel. The entire system must contribute to Save the Planet, to restore the global climate, to protect properties, crops and ultimately all our lives.

GSL Systems and Maday.Live, under the directives of CEO Roberto Guillermo Gomes, will activate their "Universal Food" program. It consists of a vector containing a concentrate of proteins, vitamins, carbohydrates, amino acids and monounsaturated and polyunsaturated fats.

This "Universal Food" in principle could be used to prevent the hunger of more than 800 million human beings who suffer from it.

The target of this product is a market that, projected by 2025, world food sales would reach US$ 10.6 trillion

Almost one in three people in the world (2.37 billion) did not have access to adequate food in 2020, representing an increase of almost 320 million people in just one year. The gender gap regarding the prevalence of moderate or severe food insecurity has increased due to the pandemic.

Globally, in 2020 exports of food and agricultural products increased by almost USD 52 billion compared to the previous year, that is, an expansion of 3.2% in annual equivalent, with developing countries responsible for about 40% of the increase

Food production in the world is the biggest challenge to achieve sustainability; 70 percent of water consumption and 40 percent of land surface are used for this purpose, but the effect of spending these resources is not evident.

The global volume of food wastage is estimated at 1.6 billion tonnes in "commodity equivalent".

The United States is the world's largest producer of a wide range of agricultural products, such as soybeans, corn, beef and poultry, and ranks third in pork and cotton.

Every year 1,300 million tons of food are produced in the world, although 1/3 of that production will never be consumed, but will be discarded throughout the chains of production, transformation, distribution and consumption.

In principle, the operations of the parent plant will be concentrated in the Industrial Park of the city of Mar del Plata.

Interested investors can contact us.

GSL System assigns priority to Arab capital investments, understanding that the noble Arab people will be the most affected by the restrictions on global hydrocarbon consumption in the fight against climate change. In this way, they will be able to benefit from our e-commerce and e-business projects on a massive and global scale.

GSL Systems and Maday.Live, under the direction of CEO Roberto Guillermo Gomes, will activate their “Green Soda” program. It consists of a sugar-free soft drink that contains a concentrate of vitamins, amino acids and minerals.

In 2021, the global soft drink industry generated a total of nearly US$850 billion, an increase of US$100 billion from the previous year.

With a volume of approximately 473,000 litres, water was the most consumed type of packaged beverage in the world in 2022.

In 2021, approximately 189.1 billion liters of carbonated beverages were consumed globally, remaining the leading segment of the global soft drink industry for another year that year. Non-carbonated drinks followed in second position, with a global intake of around 144.5 billion litres. The forecasts suggest that the situation will continue like this in the near future.