Post by account_disabled on Dec 27, 2023 5:52:52 GMT
The warming climate has resulted in a drought crisis in 20 years, said Dr. Sanat Hawanon, a mangrove expert from the Department of Marine and Coastal Resources. Invite to plant trees to reduce the world, including planting mangrove forests. Because it can store carbon. more than terrestrial forests in the same area Scientists predict that in 2020, global temperatures will rise 0.5-1 degrees Celsius, which will affect climate change in Thailand, causing less rain. Meanwhile, the Meteorological Department announced that this year Thailand will face a severe drought. The highest in 20 years. Rainfall will be 2-3% lower than normal. As a result, the amount of water in the dam this year will be approximately 14% less than last year. The hardest hit is crop cultivation areas in many provinces. There may be a shortage of water for agriculture. Meanwhile, some areas that do not need a lot of rain are experiencing flooding.
From studies on solving global warming problems Many scientists are of the Job Function Email Database opinion that planting trees is an important solution. If we help plant 1.2 trillion trees around the world, it will help absorb the greenhouse gases that cause global warming that humans have created around the world. 10 years ago It is difficult to plant such a large number of trees in such a short period of time. But there is still good news: if we help plant mangrove forests, they can help absorb more carbon dioxide than other forests in the same area. It also helps accumulate carbon in the soil for a long time and is many times more than terrestrial forests. Dr. Sanae Hawanon, who has researched mangrove forests in many countries for more than 40 years, revealed the results of his research on mangrove forests, which was a joint project with the Royal Forest Department. Department of Marine and Coastal Resources and Kansai Electric Power Company, Japan in 2000 and concluded in 2004 that if we compare the accumulation of carbon dioxide between mangrove forests and terrestrial forests through the process of photosynthesis that requires carbon
Dioxide and releases oxygen comes out It was found that Thailand's mangrove forests accumulated 27.1 tons of carbon dioxide per hectare above ground and 16.9 tons per hectare in the soil, for a total of 44.0 tons per hectare. It is estimated that Thailand's mangrove forests, approximately 1.5 million rai or approximately 0.24 million hectares, can absorb approximately 11 million tons of carbon dioxide per year. The International Panel on Climate Change (IPCC) has provided specific data on above-ground trees' carbon uptake, averaging 20.2 tonnes per hectare. i “But if the carbon accumulation in the soil is Mangrove forests are 6 times more than terrestrial forests because terrestrial forests can store only about 200 tons of carbon in the soil. Meanwhile, a study at Tha Kha-Sawee Bay, Chumphon Province in 1999 found that mangrove forests can store carbon. In areas where the soil can go deeper, it can reach up to 1,200 tons per hectare. This is because in the peaty soil layer there is an accumulation of various carbon elements from the deposition of organic matter over a long period of time.
From studies on solving global warming problems Many scientists are of the Job Function Email Database opinion that planting trees is an important solution. If we help plant 1.2 trillion trees around the world, it will help absorb the greenhouse gases that cause global warming that humans have created around the world. 10 years ago It is difficult to plant such a large number of trees in such a short period of time. But there is still good news: if we help plant mangrove forests, they can help absorb more carbon dioxide than other forests in the same area. It also helps accumulate carbon in the soil for a long time and is many times more than terrestrial forests. Dr. Sanae Hawanon, who has researched mangrove forests in many countries for more than 40 years, revealed the results of his research on mangrove forests, which was a joint project with the Royal Forest Department. Department of Marine and Coastal Resources and Kansai Electric Power Company, Japan in 2000 and concluded in 2004 that if we compare the accumulation of carbon dioxide between mangrove forests and terrestrial forests through the process of photosynthesis that requires carbon
Dioxide and releases oxygen comes out It was found that Thailand's mangrove forests accumulated 27.1 tons of carbon dioxide per hectare above ground and 16.9 tons per hectare in the soil, for a total of 44.0 tons per hectare. It is estimated that Thailand's mangrove forests, approximately 1.5 million rai or approximately 0.24 million hectares, can absorb approximately 11 million tons of carbon dioxide per year. The International Panel on Climate Change (IPCC) has provided specific data on above-ground trees' carbon uptake, averaging 20.2 tonnes per hectare. i “But if the carbon accumulation in the soil is Mangrove forests are 6 times more than terrestrial forests because terrestrial forests can store only about 200 tons of carbon in the soil. Meanwhile, a study at Tha Kha-Sawee Bay, Chumphon Province in 1999 found that mangrove forests can store carbon. In areas where the soil can go deeper, it can reach up to 1,200 tons per hectare. This is because in the peaty soil layer there is an accumulation of various carbon elements from the deposition of organic matter over a long period of time.