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• W2138196173 abstract "RationaleRecently effect of climate change to human health has estimated to know such as ragweed pollen in Europe. We have detected allergenic airborne pollen since 1986 in Japan. We have reported the significant correlation between Durham’ and Burkard’s data of conifer pollen count in AAAAI 2013.Now we are going to study annual fluctuation of Japanese important allergenic pollen during about 30 years and compare with climatic factor especially average temperature for human health effect.MethodsThere are the fifteen locations on airborne pollen monitoring by gravity method at Japan islands in latitude 20 to 40 degrees north and we have continued to observe on the pollen of all seasons as the allergen. At each institute everyday airborne pollen grains were collected including holidays and the samples were sent to our hospital. We counted pollen grains per square centimeter by microscope 100∼400magnitude and classified and summarized them. On conifer pollen we estimated the relationship between climatic conditions and the starting day of every pollination season during about 30 years.ResultsJC and Cupressaceous pollen count has shown huge but remarkable annual fluctuation. They occupied most of all airborne pollen counts. They have increased in 30-years and the start of pollination season has been same time gradually almost all Japan because of a gradual rise and fall average temperature in January and February. Quercus and Ambrosia pollen counts have increased gradually too.ConclusionsIn Japan allergenic airborne pollen counts have been increasing in 30 years through the climate change probably. RationaleRecently effect of climate change to human health has estimated to know such as ragweed pollen in Europe. We have detected allergenic airborne pollen since 1986 in Japan. We have reported the significant correlation between Durham’ and Burkard’s data of conifer pollen count in AAAAI 2013.Now we are going to study annual fluctuation of Japanese important allergenic pollen during about 30 years and compare with climatic factor especially average temperature for human health effect. Recently effect of climate change to human health has estimated to know such as ragweed pollen in Europe. We have detected allergenic airborne pollen since 1986 in Japan. We have reported the significant correlation between Durham’ and Burkard’s data of conifer pollen count in AAAAI 2013.Now we are going to study annual fluctuation of Japanese important allergenic pollen during about 30 years and compare with climatic factor especially average temperature for human health effect. MethodsThere are the fifteen locations on airborne pollen monitoring by gravity method at Japan islands in latitude 20 to 40 degrees north and we have continued to observe on the pollen of all seasons as the allergen. At each institute everyday airborne pollen grains were collected including holidays and the samples were sent to our hospital. We counted pollen grains per square centimeter by microscope 100∼400magnitude and classified and summarized them. On conifer pollen we estimated the relationship between climatic conditions and the starting day of every pollination season during about 30 years. There are the fifteen locations on airborne pollen monitoring by gravity method at Japan islands in latitude 20 to 40 degrees north and we have continued to observe on the pollen of all seasons as the allergen. At each institute everyday airborne pollen grains were collected including holidays and the samples were sent to our hospital. We counted pollen grains per square centimeter by microscope 100∼400magnitude and classified and summarized them. On conifer pollen we estimated the relationship between climatic conditions and the starting day of every pollination season during about 30 years. ResultsJC and Cupressaceous pollen count has shown huge but remarkable annual fluctuation. They occupied most of all airborne pollen counts. They have increased in 30-years and the start of pollination season has been same time gradually almost all Japan because of a gradual rise and fall average temperature in January and February. Quercus and Ambrosia pollen counts have increased gradually too. JC and Cupressaceous pollen count has shown huge but remarkable annual fluctuation. They occupied most of all airborne pollen counts. They have increased in 30-years and the start of pollination season has been same time gradually almost all Japan because of a gradual rise and fall average temperature in January and February. Quercus and Ambrosia pollen counts have increased gradually too. ConclusionsIn Japan allergenic airborne pollen counts have been increasing in 30 years through the climate change probably. In Japan allergenic airborne pollen counts have been increasing in 30 years through the climate change probably." @default.
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• W2138196173 date "2015-02-01" @default.
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• W2138196173 title "Effect of Climate Change on Allergenic Airborne Pollen in Japan" @default.
• W2138196173 doi "https://doi.org/10.1016/j.jaci.2014.12.1288" @default.
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