Monthly maximum temperature. by Jamal Hassan Ougahi (13513875)

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The location, elevation and land use/cover of the study area. by Jamal Hassan Ougahi (13513875)

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Yearly minimum temperature. by Jamal Hassan Ougahi (13513875)

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Annual Mann-Kendall trend statistics calculated from spatially averaged data of NDVI, precipitation, maximum temperature (Tmax) and minimum temperature (Tmin) for each vegetation t... by Jamal Hassan Ougahi (13513875)

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Monthly precipitation. by Jamal Hassan Ougahi (13513875)

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Monthly NDVI. by Jamal Hassan Ougahi (13513875)

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Seasonal correlation of NDVI of vegetation classes with climatic variables in each quarter over the UJRB. by Jamal Hassan Ougahi (13513875)

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Average annual NDVI and hydrometeorological data variability during 1982–2015. by Jamal Hassan Ougahi (13513875)

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Seasonal Mann-Kendall trend statistics calculated from spatially averaged data over the whole UJRB and each vegetation class in four quarters (Q1, Q2, Q3 and Q4) during 1982 to 201... by Jamal Hassan Ougahi (13513875)

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Annual correlation of NDVI of vegetation classes with precipitation (precip), maximum temperature (tmax) and minimum temperature (tmin) over the UJRB. by Jamal Hassan Ougahi (13513875)

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Spatial distribution of average annual NDVI (a), precipitation (b), Tmin (c) and Tmax (d) over the UJRB during 1982 to 2015. by Jamal Hassan Ougahi (13513875)

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Seasonal trends in Tmax and Tmin over the 34 years period. by Jamal Hassan Ougahi (13513875)

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Fig 7 - by Jamal Hassan Ougahi (13513875)

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Sen’s slope (p<0.05) in seasonal NDVI during (a) winter (Q1), (b) spring (Q2), (c) summer (Q3) and (d) autumn (Q4) from 1982 to 2015. by Jamal Hassan Ougahi (13513875)

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Seasonal Mann-Kendall trend statistics calculated from spatially averaged data of precipitation, maximum temperature (Tmax) and minimum temperature (Tmin) over the whole UJRB and r... by Jamal Hassan Ougahi (13513875)

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Fig 8 - by Jamal Hassan Ougahi (13513875)

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Changes in soil enzyme activity and relative abundance of bacterial and fungal genera. by Jiajia Wu (535986)

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Image_1_Age-Dependent Decrease in the Induction of Regulatory T Cells Is Associated With Decreased Expression of RALDH2 in Mesenteric Lymph Node Dendritic Cells.TIF by Tomohiro Takano (9227690)

“…We examined Treg induction in young and aged mice using a Treg induction model by administering a food antigen, and we found that antigen-specific Treg induction was decreased in aged mice. We further investigated the MLN DCs, and a significant decrease in RALDH2 gene expression was observed in MLN DCs from aged mice. …”

Image_5_Age-Dependent Decrease in the Induction of Regulatory T Cells Is Associated With Decreased Expression of RALDH2 in Mesenteric Lymph Node Dendritic Cells.TIF by Tomohiro Takano (9227690)

“…We examined Treg induction in young and aged mice using a Treg induction model by administering a food antigen, and we found that antigen-specific Treg induction was decreased in aged mice. We further investigated the MLN DCs, and a significant decrease in RALDH2 gene expression was observed in MLN DCs from aged mice. …”

Image_3_Age-Dependent Decrease in the Induction of Regulatory T Cells Is Associated With Decreased Expression of RALDH2 in Mesenteric Lymph Node Dendritic Cells.tif by Tomohiro Takano (9227690)

“…We examined Treg induction in young and aged mice using a Treg induction model by administering a food antigen, and we found that antigen-specific Treg induction was decreased in aged mice. We further investigated the MLN DCs, and a significant decrease in RALDH2 gene expression was observed in MLN DCs from aged mice. …”