Precipitation and Black Carbon |
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Precipitation and black carbon mean for forcing run. Precipitation is shaded and is in units of mm/day. BC is contour lines and is in units of kg/m2. BC is divided by 1000. |
North precipitation mean seasonal cycle in units of mm/day. Forcing run. |
North black carbon regional mean seasonal cycle. Units are g/m2. |
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| South precipitation regional mean seasonal cycle. Units are mm/day. | South black carbon regional mean seasonal cycle. Units are g/m2. | |
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| Precipitation and black carbon variance for forcing run. Precipitation is shaded and is in units of mm2/day2. BC is contour lines in units of 20kg2/m4. BC is divided by 20000. | North precipitation regional variance seasonal cycle. | North black carbon regional variance seasonal cycle. |
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| South precipitation regional variance seasonal cycle. | South black carbon regional variance seasonal cycle. | |
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| Precipitation and black carbon variance with seasonal cycle removed. Precipitation is shaded and is in units of mm2/day2. BC is contour lines in units of 20kg2/m4. BC is divided by 20000. | North precipitation regional variance seasonal cycle with seasonal cycle removed. | North black carbon regional variance seasonal cycle with seasonal cycle removed. |
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| South precipitation regional variance seasonal cycle with seasonal cycle removed. | South black carbon regional variance seasonal cycle with seasonal cycle removed. | |
| North Precipitation and North Black Carbon
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| North black carbon and north precipitation mean with seasonal cycle removed. Top and bottom tercels are displayed. | ||
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| North precipitation and north BC regions. Precipitation difference composite between BC top tercel and bottom tercel. Precipitation is shaded in units of mm/day. Black carbon is in lined contours in units of g/m2. | North precipitation with north black carbon difference composite seasonal cycle. Forcing run. | North black carbon difference composite seasonal cycle. Forcing run. |
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| Black carbon difference composite. Units are in g/m2. | ||
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| Rain change due to black
carbon.
where c is the correlation coefficient of the normalized anomaly (grid rain vs. domain mean bc), σrain is the grid point standard deviation of rain, σbc is the grid point standard deviation of bc, and bcmean is the grid point mean of bc. Units are in mm/day. |
Percent rain change due
to black carbon.
where δrain is previously calculated for each grid point (see left) and rain is mean rain at the grid point. |
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| North precipitation region vs. north black carbon region correlation and significance values. Precipitation grid vs. black carbon domain mean. | North precipitation and north black carbon correlation. | |
| North Precipitation and South Black Carbon
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| South black carbon and north precipitation mean with seasonal cycle removed. Top and bottom tercels are displayed. | ||
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| North precipitation and south BC regions. Precipitation difference composite between BC top tercel and bottom tercel. Precipitation is shaded in units of mm/day. Black carbon is in lined contours in units of g/m2. | North precipitation with south black carbon difference composite seasonal cycle. Forcing run. | South black carbon difference composite seasonal cycle. Forcing run. |
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| South black carbon difference composite. Units are g/m2. | ||
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| Rain change due to black carbon.
where c is the correlation coefficient of the normalized anomaly (grid rain vs. domain mean bc), σrain is the grid point standard deviation of rain, σbc is the grid point standard deviation of bc, and bcmean is the grid point mean of bc. Units are in mm/day. |
Percent rain change due to black
carbon.
where δrain is previously calculated for each grid point (see left) and rain is mean rain at the grid point. |
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| North precipitation region vs. south black carbon region correlation and significance values. Precipitation grid vs. black carbon domain mean. | North precipitation and south black carbon correlation. | |
| South Precipitation and North Black Carbon
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| North black carbon and south precipitation mean with seasonal cycle removed. Top and bottom tercels are displayed. | ||
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| South precipitation and north BC regions. Precipitation difference composite between BC top tercel and bottom tercel. Precipitation is shaded in units of mm/day. Black carbon is in lined contours in units of g/m2. | South precipitation with north black carbon difference composite seasonal cycle. Forcing run. | North black carbon difference composite seasonal cycle. Forcing run. |
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| North black carbon difference composite. Units are in g/m2. | ||
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| Rain change due to black carbon.
where c is the correlation coefficient of the normalized anomaly (grid rain vs. domain mean bc), σrain is the grid point standard deviation of rain, σbc is the grid point standard deviation of bc, and bcmean is the grid point mean of bc. Units are in mm/day. |
Percent rain change due to black
carbon.
where δrain is previously calculated for each grid point (see left) and rain is mean rain at the grid point. |
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| South precipitation region vs. north black carbon region correlation and significance values. Precipitation grid vs. black carbon domain mean. | South precipitation and north black carbon correlation. | |
| South Precipitation and South Black Carbon
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| South black carbon and south precipitation mean with seasonal cycle removed. Top and bottom tercels are displayed. | ||
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| South precipitation and south BC regions. Precipitation difference composite between BC top tercel and bottom tercel. Precipitation is shaded in units of mm/day. Black carbon is in lined contours in units of g/m2. | South precipitation with south black carbon difference composite seasonal cycle. Forcing run. | South black carbon difference composite seasonal cycle. Forcing run. |
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| South black carbon difference composite. Units are in g/m2. | ||
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| Rain change due to black
carbon.
where c is the correlation coefficient of the normalized anomaly (grid rain vs. domain mean bc), σrain is the grid point standard deviation of rain, σbc is the grid point standard deviation of bc, and bcmean is the grid point mean of bc. Units are in mm/day. |
Percent rain change due
to black carbon.
where δrain is previously calculated for each grid point (see left) and rain is mean rain at the grid point. |
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| South precipitation region vs. south black carbon region correlation and significance values. Precipitation grid vs. black carbon domain mean. | South precipitation and south black carbon correlation. | |