Promotion of CO₂ Assimilation by Stopping of Nox, NP Elimination is Easy Method to Stop Global Warming and to Get Fish for Long Life

Abstract

Stop NOx elimination by ammonia. Stop water clean centre. Abandon bonfire inhibition rule These 3 items are essential to promote CO₂ assimilation to stop global warming stop. By increasing the supply of nitrogen and phosphorous, we can get many fish. Eat Iriko (boiled and dried sardine) containing hyaluronic acid. For long life. By ocean dumping of radioactive substance, we can do nuclear fusion and human being will be able to live ten thousand years.

Keywords: NOx, NOx Elimination by ammonia, NP elimination, Water clean centre, Iriko, Anti-aging, Long life

Introduction

Since the decision of developed countries to eliminate NOx by ammonia, global warming started.

The elimination of NOx and NP from the wastes induced the global warming. Author asked the promotion of CO₂ assimilation to stop global warming by stopping NOx and NP elimination in his 64 papers [1-64]. The authors believes that activation of CO₂ assimilation is the best method to reduce CO₂ and best method to stop global warming

To promote CO₂ assimilation. We must increase fertilizer. NOx is a safe and readily available nitrogen fertilizer Nitrogen and phosphorous in wastewater are easily obtainable nitrogen, phosphorous fertilizer. We must increase the concentration of nitrogen and phosphorous. We must increase NOx.

Stopping of NOx elimination can stop global warming

Stopping the NP elimination center can decrease global warming and increase food production

Heat absorption by CO₂ assimilation can stop global warming [63].

The decrease in CO₂ assimilation is caused by stopping NOx and NP elimination. Stopping NOx and NP elimination will give enough CO₂fix global warming will stop, and production of enough food and rich countries will be possible.

Nox Is Safe and Suitable Fertilizer to Produce Food [7]

NOx is hated as a pollution gas causing illness. Many governments misunderstood the usefulness of NOx and set up stringent laws to eliminate NOx in burned gas. They were forced to eliminate NOx using ammonia. This action caused global warming. Author has insisted that NOx elimination should be stopped. Because the toxicity of NOx is not so severe compared with the significant merit of NOx. NOx is essential for promoting CO₂ assimilation for plants to grow and produce food. Thunder produces NOx from N₂ and O₂. About 4 million thunders in one day, about 30x106t NOx is produced by thunder in one year, and about 20–80% of NOx is produced by thunder worldwide. The year of many thunders gives a good harvest. This fact is written in Kojiki, a 1300 -year-old history book in Japan. Thunder in Japanese character Kaminari rain top on ta (field) bottom. Lightning in Japanese characters Inazuma, derived from Ine (rice plant) and Tsuma (wife). Both are as precious as life. Heavy snow (2-3m) fell in Hokuriku district, Japan, and produced thunder. This produces much NOx. The concentration of nitrogen in the snow-melted river is high. Toyama Bay produces plankton, fish, crab, and shrimp. Ishikawa prefecture produces rice, and Niigata prefecture produces delicious rice Koshihikari. Author buys fish and rice from Niigata Prefecture and meat from Ishikawa Prefecture.

When something is burned, NOx is produced. NOx is a mixture of 90 % NO and 10% NO₂. NOx is dissolved in rain, gives nutrient nitric acid, and promotes the growth of plants and plankton. In Japanese coastal areas, snow falls. Moreover, near the sea, Gulf Toyama (Toyamawan) and the surrounding sea are rich in nutrient N from thunder produced NOx and filled with plankton, producing many yellow tails (Buri); therefore, thunder is called Buriokoshi (yellow tai producer). No report as to the severe sickness and dead person caused by NOx is reported. NOx released at no person’s district, such as the seaside far from the house, does not cause severe damage to persons. NOx is essential for the growth of plants, the production of food, and all living forms on the earth. One NOx can fix 25 CO₂. One NOx can produce 25 plankton.

Promoting CO₂ Assimilation by Stopping NOx and NP Elimination is the Best Method to Reduce CO₂ to Stop Global Warming and get More Food

In around 1980, seven developed countries had a conference to eliminate NOx by inserting ammonia because NOx is toxic.

4NO+4NH₃+ O₂→4N₂+6 H₂O

This decision induced global warming. This reaction stops the recycling of nitrogen. This reaction retard CO₂ assimilation and stop. CO₂ fixes and produces global warming. When seven developed countries proposed a NOx elimination plan, the Japanese government accepted this NOx elimination plan by making a law to eliminate NOx at all factories. Moreover, the government can stop the factory if NOx is detected at the exit gas. All factories in Japan put ammonia into exit gas, and NOx (around 50 million tons) was eliminated. Then, the concentration of nitrogen 1.2mg/L in rain becomes zero. The concentration of nitrogen decreased remarkably. Fish production in Japan decreased from 12 million tons to 4 million tons per year. Nori (edible seaweed) production at Seto inland sea stopped. Silasu (whitebait) production in Shizuoka Prefecture decreased remarkably. In 2008, Japan built 1,320 garbage incinerators equipped with ammonia insertion. The Kamakura Nagoe Clean Center is burning 30 thousand tons of garbage, and forty-five thousand tons of CO₂ is released. This exit gas contains NOx, and 40.94kg of ammonia is used. 40,94 x 30/17=72.24kg NO (molecular weight of NO/molecular weight of NH₃) is eliminated. The population of Kamakura is 172,000, and the population of Japan is 120,000,000.72.24x120,000,000/172,000=50,400 kg NO is eliminated in Japan. Ikanago (infant sandeel) production at Hyogo Prefecture was 7,000 tonnes before 1990. It decreased to 200 tonnes after 2010. CO₂ produced in developed countries is around 10 billion tons. Moreover, around 10x 1/25=4 hundred million tone NOx is produced. To eliminate this NO (90% of NOx is NO), 226 million tone ammonia NH3 is used. The amount of NOx is enormous. Elimination of NOx uses much ammonia and natural gas. These decisions cause significant damage to the agriculture and fish industry, GDP, and protection against global warming. NOx is eliminated by using ammonia. The reaction of nitrogen and hydrogen produces ammonia. The reaction of methane with water produces hydrogen.

4 NO (120) +4NH₃(68) +O₂→4 N₂+6 H₂O

400 mill t 226.7 mill t

To make 226.2 mill t NH₃, 400 mill t H₂ is used

3H2 (6) +N₂————>2NH₃(34)

To make 400 mill tone H₂, 80000 mill t CH₄ is used. Furthermore, 220 mill t CO₂ is produced.

CH₄ (16) +2H₂O (36) ————> 4H₂(8) +CO₂ (44)

8000 mill t 400 mill t 220 mill t

The governments of the developed countries asked for the addition of ammonia to the exit gas of the factory by the ratio of 400 mill tone NOx to 226.7 mill tone ammonia. The amount of NOx and ammonia is vast. Japan is keeping this arrangement most honestly. Then NOx concentration in the exit gas of Japan is lowest at 0.1g/kWh, USA is 0.5g/kWh, Germany is 0.31g/kWh, and China, India, and Indonesia (no NOx elimination country) are 1.6 g/kWh. GDP ratio 2021/1991: the USA is 3.2, Japan 1.1, and Germany 4.3; developed countries use many fossil fuels to eliminate NOx. The price of electricity is high, and productive industries moved to developing countries. These countries increased their GDP. 2021/1991 China 51.1, India 11.1. No NOx elimination country uses NOx as fertilizer gets much food, and fixes all CO₂ produced in his country. GWPR of developed countries is over 1. Japan is 3.3. and criticized as a “carbon country”. Therefore, the CO₂ increase is zero. 10.22 billion tons of CO₂ produces plants like wheat. CO₂ produce plant 2/3 30(1/6 of molecular weight of C₆ H₂O O₆) /44 Molecular weight of CO₂)) weight of his weight. Wheat contains 2/3 straw of its weight. Wheat grain will be about 1/3 the weight of the plant. If developed countries stop adding ammonia to the exit gas, the consumption of 8,000 million tons of CH₄ can be saved. Moreover, the emission of 220 million tons of CO₂ can be saved. Moreover, 400 million tx25 =10 billion t CO₂ can be fixed. Accordingly, 220 mill t +10 bill t =10.22 billion tone CO₂ can be fixed. The CO₂em of developed countries is 10 billion tons. Therefore, GWPR (CO₂em)/ (CO₂fix) =1. CO₂ increase is zero. 10.22 billion tons of CO₂ produces plants like wheat. CO₂ produces plant 2/3 30 (1/6 of molecular weight of C₆H₁₂O₅) /44 Molecular weight of CO₂)) weight of their weight. Wheat contains 2/3 straw in its weight. Wheat grain will be about 1/3 the weight of the plant. 10.22 billion Tone CO₂ can afford 10.22 billion x 30/44 x1/3=2.32 billion tone grain. One kg of wheat is 1.5 $, and 2.32 billion kg of wheat is 3.48 billion $. Therefore, if developed countries do not eliminate NP. 2.32 billion tone wheat valuing to 3.48 billion $ is produced. GDP will increase. Developed countries' economies will improve, and global warming will not happen.

Japan produced 12 million tons of fish and 4 million tons of rice before 1980, when NP was not eliminated. With the elimination of NP, only 4 million tons of fish were produced. Therefore, author is proposing a plan to stop global warming by stopping the addition of ammonia to the exit gas [50-59]. However, no company stops the addition of ammonia, because developed countries' governments set up unreasonable laws: NOx should be zero at exit gas. If NOx is detected at the exit gas, factory operation is impossible. Therefore, the law forced the addition of ammonia to destroy 50 million tons of NOx, and plants could not grow by the shortage of the nitrogen sources. Production of fish and grain is reduced, and GDP does not increase. Author advises that diminishing the law or top persons of developed countries offers notice that people need not eliminate NOx. Law elimination or notice will activate CO₂ assimilation and stop global warming. This is why author is asking to eliminate the law that forces the addition of ammonia. It is not easy to reduce CO₂, it is, however, simple to reduce GWPR by increasing the CO₂ fixation. An increase of CO₂ fix is possible by an increase of NP. To increase NP, stopping the elimination of NP is enough. Developing countries like China, India, and Indonesia use NOx and NP as fertilizer. CO₂ assimilation is promoted rapidly, the production of agriculture and the fish industry has increased rapidly, and the GDP increase rate is high. On the contrary, NOx and NP elimination is inhibited in developed countries. CO₂ assimilation decreased. Production of agriculture and fish industry decreased. Economic and social influence are immeasurable significant. We can compare developed countries doing NOx and NP elimination and developing countries using NOx and NP as fertilizer [56–64].

This NOx eliminating reaction has five detrimental disadvantages:

This reaction eliminates NOx, a necessary compound for CO₂ assimilation. 0.4 billion tones (developed country), 0.05 billion tones (Japan)

A large amount of CH₄ is necessary to synthesize hydrogen for ammonia. 0.8 billion tones (developed countries), 10 million tonnes (Japan) of CH₄ are necessary

A large amount of CO₂ is produced to produce hydrogen. 220 million tone (developed country) 27.5 million tone (Japan) CO₂ is produced.

Electricity price increase as USA 12 c/kWh Japan 12, Germany 35, UK 15.4, Italy 28 Developing countries China 1.6-4.5, India 6, Indonesia 10.

Food production decreases due to the decrease in CO₂ assimilation. Japan's food production ratio decreased from 100% to 37 %. Fish production in Japan decreased from twelve million tons (1980) to 4 million tons (2000). Rice production decreased from 8 million tons to 4 million tons.

The CO₂ produced in developed countries is around 10 billion tons. Moreover, around 10x1/25=4 hundred million tone NOx is produced. The government of the developed country asked for the addition of ammonia to the exit gas of the factory by the ratio of 400 mill tone NOx to 226.7 mill tone ammonia. The amount of NOx and ammonia is enormous. Japan is keeping this arrangement most honestly. Then NOx concentration in the exit gas of Japan is lowest at 0.1g/kWh, USA is 0.5g/kWh, Germany is 0.31g/kWh, and China, India, and Indonesia (no NOx elimination country) are 1.6g/kWh. GDP ratio 2021/1991: the USA is 3.2, Japan 1.1, and Germany 4.3; developed countries use many fossil fuels to eliminate NOx. The price of electricity is high, and productive industries moved to developing countries. Developing countries increased GDP. 2021/1991 China 51.1, India 11.1. No NOx elimination country uses NOx as fertilizer gets much food, and fixes all CO₂ produced in his country. GWPR of developed countries is over 1. Japan is 3.3. If developed countries stop NOx and NP elimination, developed countries' economies will improve. Furthermore, global warming will not happen. Japan is eliminating 50 mill t NOx by spending ten mill t LNG emitting 27.5 mill t CO₂. If Japan stops eliminating NOx, Japan can fix 50 mill x25=1250 mill tone CO₂.

CO₂ grows plankton 2/3 of its weight (30 1/6 of molecular weight C₆H₁₂O₅ /44 CO₂ molecular weight). Fish grow by eating ten times the plankton. 10 bill t CO₂ fix mean 10x 3/4x1/10=7.5 bill kg fish production. The fish price is 2 $ per kg. 2x 75 bill=150 billion &. =1633 mill $. However, by eliminating NOx, 150 billion $ fish were not produced. Japan produced 12 million fish and four million races before 1980 at that time there was no elimination. With the elimination of NP, only 4 million fish were produced. Fisherman population decreased keenly 388,990 in 1963 to 151,700 in 2018. The countryside region is suffering from depression and depopulation. GDP has not increased since NP elimination started. The elimination of NP influence not only warms up the earth but also significantly influences the economy. The law to eliminate NOx by blowing in ammonia to the exit gas and eliminating NP in wastewater should be eliminated sooner. If the law is eliminated and sufficient nitrogen is supplied, fish prediction and GDP will increase. CO₂ produced in developed countries is around 10 billion tons. Furthermore, around 10x1/25=4 hundred million tone NOx is produced. To eliminate this NO (90% of NOx is NO), 226 million tone ammonia NH₃ is used.

Author is proposing a plan to stop global warming by stopping the addition of ammonia to the exit gas [50-59]. Nevertheless, no company stops the addition of ammonia. Because developed countries' governments set up unreasonable laws, NOx should be zero at exit gas. If NOx is detected at the exit gas, factory operation is impossible. Therefore, the law forced the addition of ammonia, and 50 million tons of NOx were destroyed, and plants could not grow. Production of fish and grain is reduced, and GDP does not increase. Author presented a petition to eradicate the NOx elimination law. Nevertheless, his petition was rejected without argument because global warming protection is not a legal dispute [60]. Therefore, author is asking this nominator for the Nobel Prize to know if his method is fit. Moreover, he wishes to let the people to know the disadvantage of NOx elimination via public or mass communications.

Wastewater Clean Facilities Should be Closed [42-49]

Japan constructed 2,200 wastewater purification facilities to eliminate NP. Author investigated the Yamazaki wastewater purification centre at Yamazaki, Kamakura, in Japan [38]. This centre covers 96,881 persons. The water of 98,287 m³ containing nitrogen 40mg/l and phosphorus 4.2mg/l is treated by an activated sludge process. Air is bubbled for ten hours to give water containing nitrogen 7.5mg/l and phosphorous 2.73mg/l. They are consuming 8,841,200kWh of electricity. The population of Japan is 120 million. This data showed that, if Japan stop wastewater clean activity, 44,900 tone Nitrogen and 17,400 tone Phosphorus can work as fertilizer. Phosphorous is eliminated in one day at this centre. This data indicates 7.34x120,000,000/96,881x365=140 million tone Nitrogen, 12.8 million tonnes Phosphorous can work as fertilizer in one year. 140x25=3,200 million tone CO₂ is fixed, and 3,200 million tone plankton can grow and 3,200 x 1/10=3.5 million=35tone fish will be produced. By stopping the wastewater purification centre, consumption of 884,100x12,000,000,000/96,881=110 billion kWh electricity (100,880/110=1.11% of total electricity consumption 1,000,880 kWh of Japan) is saved. For the generation of electricity, 59,000 tons of CH₄ are used. By stopping wastewater purification, baying of 590,000 tone CH₄ becomes unnecessary, and 590,000x3=1,770,000 t CO₂ emission will stop. Each house must pay a wastewater purification cost (about 30 $) and a water fee. The people need not pay the wastewater purification fee if the wastewater cleaning center is closed. If wastewater purification is not done in Japan, 140x25=35 million tone CO₂ is fixed, 35 million tone plankton can grow, and 35x1/10=3.5 million tone fish will be produced. Therefore, the wastewater clean canter should be closed.

Phosphorous and nitrogen eliminations in the world is estimated to be ten times of that of Japan. If developed countries stop the elimination of nitrogen and phosphorous by stopping wastewater purification centres, 82,950 tone fish will be produced. Moreover, 121,660-tone CO₂ will be fixed. It is not easy to reduce CO₂, but reducing GWPR by increasing the CO₂ fix is straightforward. To increase CO₂ fixation, by the increase of NP concentration in the environment. To increase NP, stop the elimination of NP. To increase N and P, stop the elimination of NP. Developing countries like China, India, and Indonesia use NOx and NP as fertilizer. CO₂ assimilation is promoted rapidly, the production of agriculture and the fish industry has increased rapidly, and the GDP increase rate is high. On the contrary, CO₂ assimilation is inhibited in developed countries, and agriculture and fish industry production is inhibited. Economic and social influence is immeasurable significant. People can compare developed countries doing NOx and NP elimination and developing countries using NOx and NP as fertilizer [56,57].

GDP, GWPR (CO₂em/ CO₂fix) Comparison of NOx, NP Elimination Countries and no NOx NP Elimination Countries

Developed countries can get 174.4 billion$, by stopping NP elimination and getting high GDP, and the GDP ratio 2021/ 1991 will increase as China. Not only does the elimination of NOx and NP promote global warming, but also retarding the development of countries and industries. Japan's government considers ammonia a substance that does not produce CO₂ and uses ammonia to eliminate NOx. CO₂ produced in Japan is 1.25 billion tons. NOx produced in Japan is 1/25 of 1.25 billion tones, 50 million tonnes. Japan is eliminating 20 times the synthetic fertilizer, 2.5 million tons. Japan officials are trying to make zero generations of CO₂ and to reduce CO₂ by many methods (Table 1).

Table 1: CO₂em (CO₂ emission), NOx (NOx production), NOxc (NOx concentration at exit gas), Dump (Wastewater dumping), Fixable CO₂, GWPR (global warming protection ratio), GDP (GDP ratio 2021/1991) of 13 countries.

Prediction of GWPR After Stopping NOx, NP Elimination

If developing countries stop the elimination of NOx, NOx concentration increased to 1.6g/kWh to bring about the active CO₂ assimilation. CO₂fix will increase. GWPR will decrease from 1.3 to 1, as shown in Table 2 [63]. Fish production will increase. Grain production will also increase.

Table 2: Prediction of CO₂em (CO₂ emission), NOx (NOx production), NOxc (NOx concentration at exit gas), Dump (Wastewater dumping), Fixable CO₂, GWPR (global warming protection ratio), GDP (GDP ratio 2025/1991) in 2025 of 13 countries.

GWPR=CO₂emi/ CO₂fix=1 Carbon neutral

Author concludes that by stopping NP elimination, developed countries can get 174.4 billion $, and the high GDP and GDP ratio of 2025/ 1991 will increase.

Heat Absorption by CO₂ Assimilation Can Stop Global Warming [29]

On earth, 140 billion tons of fossil fuel is burned, and CO₂ 3.6x10¹⁰ t is produced. Moreover, 7.4x10¹⁵ kcal is produced. When we consider the heat produced by animal respiration, 7.4x10¹⁵ kcalx4.6/3.6=9.45x10¹⁵ kcal is produced. The heat of atomic energy also warms the earth. Uranium produces 2x10¹⁵ kcal heat. The electricity generation capacity of the world is 16,868 tera watt h. Electricity generation by atomic energy is 2,086 tera watt h. Therefore, 7.4x10¹⁵x2,986/ 10,868=2.02x10¹⁵ kcal evolved by atomic energy. The heat evolved by animals also warms the earth. Humans eat 1,000 kcal of food daily and release 1,000 kcal of heat daily. Assuming the population of the world as 7.6 billion, humans release 1,000x365x76x109=2.8x10¹⁶ kcal in one year. Animals other than human beings, caw, birds, whales, and seals are producing heat. We can estimate the same as a human being 2.8x10¹⁶ kcal. Therefore, total heat from fossil burning produces 7.4x10¹⁶ kcal, and atomic energy produces 2.02x10¹⁵ kcal. Human beings produce 2.8x10¹⁶ kcal. Other animals produce 2.8x10¹⁶ kcal. The total heat produced is (7.4+0.202+2.8+2.8) x10¹⁶=13.002x10¹⁶ kcal. We must absorb 13.002x10¹⁶ kcal by CO₂ assimilation. One moles of CO₂ (44g) and water (18g) absorb 114 kcal sun's heat to carbohydrate and 32 g oxygen. If 51 billion t (=5.1x10¹⁶g) CO₂ assimilation occurs, 114x5.1x10¹⁶/44=13.136x10¹⁶ kcal can be absorbed. Heat production 13.002 x10¹⁶ kcal is almost the same as heat absorption 13.136 x10¹⁶ kcal.

GWPR =Heat production/ heat absorption=13.002 x10¹⁶ kcal. /13.136x10¹⁶ kcal. =1

CO₂ assimilation must be promoted by stopping NOx elimination and purifying wastewater. By stopping NOx elimination. 1.44 billion tone NOx can fix 14.4x25=36.0 billion tone CO₂. The amount of NP in drainage is around 0.5 billion tones. Using this 0.5 billion tone NP, people can fix 0.5x25=12.5 billion tone CO₂. By adding 36.0+12.5=48.5 billion tones, CO₂ can be fixed. And we can absorb 13.1x10¹⁶ kcal. Heat absorption by CO₂ assimilation is essential to control the earth's temperature to maintain the habitable and comfortable temperature for the preset all life forms.

Anti-Aging

Author is now 94 year and testing myself which is best method to live long with high producing manuscript.

How can I live long I eat night food at mid night one banana, 20g Iriko (boiled and dried sardine) and Hatosabure (Kamakura cooky) then thinking and half sleeping [26,27,48,65-70]. Anti-aging and long life are dream of persons for thousand years. Average life of Japanese is men 80.5(third), women 86.83 (top in the world) I wonder why live longer than other countries. I believe that Japanese food based on fish is and good for long life. Fish contain glucosamine, hyaluronic acid and chondroitin. Glucosamine, hyaluronic acid are now used as health food by many persons in Japan. About 7 million persons are drinking and eating these materials and enjoying health and long life. I found anti-aging reagent. Serin-(beta-D-3-sulpho-glucurosyl) (1-3)-2-acetoamino-2-deoxy-glucopyranosid [65]. This anti-aging reagent is produced by Klotho (anti-aging gene) from glucosamine, hyaluronic acid, chondroitin. and contribute for anti-aging and long life. Klothe is a regulator of Calcium homeostasis working with produced disaccharide [64]. Klotho makes disaccharide from glucosamine and glucuronic acid and gives stable Ca homeostasis and consequent health and anti-aging.

Best Food for anti-aging [71]. Hyaluronic acid was isolated from eye of caw. Eye and joint contain much glucosamine, hyaluronic acid and chondroitin. Fish contain much glucosamine, hyaluronic acid and chondroitin. Iriko (boiled and dried sardine) is best fish for anti-aging. I eat 20g Iriko every night.

Ocean Dumping of Radioactive Substance [39,59]

The London protocol inhibits the dumping of water with more than de minims levels of radioactivity Japan was hit by a big earthquake 2011 and some atomic energy facilities released radioactive wastewater. In the incident, many radioactive substances are produced by decommissioning of nuclear reactor. Dumping of radioactive waste is not possible by London dumping convention. Japan keeping London Dumping convention most honestly. Therefore, Japan is producing a large amount of CO₂ (presume 0.3 billion tons) for its treatment and storage to avoid troubles with other countries and yet Japan cannot eliminate such radioactive materials. Japan cannot export agriculture products to other countries to other countries, because Japan is keeping radioactive compounds in Japan. We must increase atomic energy electricity generation by uranium. Plutonium and nuclear fusion Radioactive waste substance must increase. We must find safe way to throw radioactive substance in deep sea. Sea has infinitive amount of water and deep and wide. We can dilute to almost zero concentration. Therefore, radioactive liquid can be diluted to almost zero concentration Solid radioactive substance can sink to the bottom by as is or after covered with cement.

Conclusion

Stopping of ammonia addition to eliminate NOx and stopping of water clean centre can activate CO₂ activation and can get much grain and fish and can get long life.

Acknowledgements

None.

Conflict of Interest

None.

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• Shoichiro Ozaki (2020) In pure water no fish can alive. Water purification promote global warming and decline region and countries. New Food Industry 62(8): 615-620.
• Shoichiro Ozaki (2020) Promotion of recycle of carbon, nitrogen and phosphorous is essential for protection of global warming and increase of national wealth. American J Humanities Social Sci 5: 1-13.
• Shoichiro Ozaki (2020) Stopping of NOx and NP elimination at developed countries is essential for the promotion of food production and protection of global warming. J Soil Sci and Plant Physiology 2(2): 1-10.
• Shoichiro Ozaki (2020) Promotion of CO₂ assimilation by stopping NOx, NP elimination is best method to produce much food and to protect global warming. American J of Engineering, Science and Technology 5: 1-15.
• Shoichiro Ozaki (2020) Stopping of NOx, NP elimination is easy method to protect global warming. Journal of Research in Environmental Earth Science 6(6): 12-21.
• Shoichiro Ozaki (2020) Method to protect global warming to fit Paris agreement and to enrich the countries. Rikuryou Science 64: 32-38.
• Shoichiro Ozaki (2020) Method to protect global warming and to get long life. International J Clinical Case Reports 8(2): 2-16.
• Shoichiro Ozaki (2021) Aquaculture of plankton and fish by fertilizer is best way to protect global warming. Acta Scientific Biotechnology 2(1): 13-22.
• Shoichiro Ozaki (2022) Promotion of CO₂ assimilation by NOx, NP is easy method to protect global warming to get high GDP. Open access Research J Biology Pharmacy 2(2): 63-86.
• Shoichiro Ozaki (2021) Promotion of CO₂ assimilation by sufficient supply of nitrogen and phosphorous is easiest method to fit Paris agreement and to protect global warming and to get national wealth. Int J Sci Res Archive 4(1): 92-105.
• Shoichiro Ozaki (2022) Stop NOx, NP elimination, and promotion of CO₂ assimilation will stop increase of CO₂ and, fit Paris agreement and, increase food, and enrich country. Rikuryou Science 65: 37-47.
• Shoichiro Ozaki (2022) Recycle of nitrogen, phosphorous is essential for protection of global warming. World J of Advanced Sci Technology 1(1): 15-30.
• Shoichiro Ozaki (2022) Method to achieve carbon neutral and to fit Paris agreement and to protect global warming. World Journal of Advanced Science Technology 2(1): 22-31.
• Shoichiro Ozaki (2022) Sure method to protect global warming and to increase GDP. New Food Industry 64(12): 799-802.
• Shoichiro Ozaki (2022) Environmental measures inhibit CO₂ assimilation, inhibit food production, make worse economy, and promoting global warming. GSC Advanced Research Reviews 13(2): 245-257.
• Shoichiro Ozaki (2023) Environmental measures, inhibit food production, make worse economy and promoting global warming. Rikuryou Science 66: 35-42.
• Shoichiro Ozaki (2023) Stopping of NOx, NP elimination is easiest method to stop global warming. Inter J Scientific Res Updates 5(1): 67-78.
• Shoichiro Ozaki (2023) Promotion of CO₂ assimilation by stopping of NOx, NP elimination is easy method to stop global warming and to growth. Inter J Sci Res Archives 8(2): 295-304.
• Shoichiro Ozaki (2023) NOx should be recycled by stoping of NOx elimination by ammonia. Wastewater purification center should be closed. GSC Advanced Res Reviews 15(2): 113-120.
• Shoichiro Ozaki (2023) NOx eliminations of developed countries induced global warming. Let's stop NOx and NP elimination, stop global warming, and get much food and a rich country. Rikuryou Sci 66: 51.
• Shoichiro Ozaki (2023) NOx, NP elimination of developed countries induced global warming. Let stop NOx, NP elimination, let stop global warming, let produce much food, and let make rich countries. Open Access Research Journal of Biology Pharmacy 9(2): 57-66.
• Shoichiro Ozaki (2023) Promotion of CO₂ assimilation by stopping NOx, NP elimination is best method to absorb greenhouse gas CO₂, to stop global warming, to get much food and to growth. World J Biology Pharmacy Health Sci 16(3): 85-93.
• Shoichiro Ozaki (2024) Promotion of CO₂ assimilation by stopping NP elimination is best method to stop global warming Inter J Scholarly Research Reviews 4(2): 49-53
• Shoichiro Ozaki (2015) Sulpho disaccharides co-working with Klotho. Studies on structure, structure activity relation and function. World Pharmacy Pharmaceutical Sci 4: 152-175.
• Shoichiro Ozaki (2015) Glucosamine Derivatives Sulphodisaccharides Co-working with Klotho Nutrition Food 5: 416-420.
• Shoichiro Ozaki (2015) Synthesis of Anti-Aging Reagents: Sulpho Disaccharide Co-working with Klotho AntiAging Gene Arch Med 7: 17.
• Shoichiro Ozaki (2015) Nutrition for Good Health, Anti-aging and Long life. Hyalulonic Acid, _Glucosamine and Chondroitin Maternal and Pediatric Nutrition Journal 1: 102.
• Shoichiro Ozaki (2016) Food Containing Hyaluronic Acid and Chondroichin is Essential for Anti-Aging International Journal of Aging & Clinical Research 1: 101.
• Shoichiro Ozaki (2016) Toward Anti-Aging and Long -Life. J Physiology 2(1): 12.
• Shoichiro Ozaki (2016) Food useful for anti-aging. New Food Industry 58(12): 81-84.