|
|
| 1-hr average PM2.5 breakpoints (ug/m3) |
| Particulate Level at 21:00 |
24hr average
,13µg/m3 ,Good |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",2]
graphx[ 1]=[" 2:00",1]
graphx[ 2]=[" 3:00",1]
graphx[ 3]=[" 4:00",2]
graphx[ 4]=[" 5:00",1]
graphx[ 5]=[" 6:00",1]
graphx[ 6]=[" 7:00",0]
graphx[ 7]=[" 8:00",1]
graphx[ 8]=[" 9:00",2]
graphx[ 9]=["10:00",2]
graphx[10]=["11:00",2]
graphx[11]=["12PM",3]
graphx[12]=[" 1:00",4]
graphx[13]=[" 2:00",7]
graphx[14]=[" 3:00",8]
graphx[15]=[" 4:00",9]
graphx[16]=[" 5:00",9]
graphx[17]=[" 6:00",9]
graphx[18]=[" 7:00",11]
graphx[19]=[" 8:00",12]
graphx[20]=[" 9:00",13]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<45 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+=' | '+g[i][0]+' |  '+concentration+' | '
}
output+=' | '
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,23µg/m3 ,Moderate |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",16]
graphx[ 1]=[" 2:00",20]
graphx[ 2]=[" 3:00",23]
graphx[ 3]=[" 4:00",27]
graphx[ 4]=[" 5:00",27]
graphx[ 5]=[" 6:00",27]
graphx[ 6]=[" 7:00",26]
graphx[ 7]=[" 8:00",27]
graphx[ 8]=[" 9:00",27]
graphx[ 9]=["10:00",30]
graphx[10]=["11:00",28]
graphx[11]=["12PM",25]
graphx[12]=[" 1:00",23]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<50 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,14µg/m3 ,No Data |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",6]
graphx[ 1]=[" 2:00",6]
graphx[ 2]=[" 3:00",7]
graphx[ 3]=[" 4:00",8]
graphx[ 4]=[" 5:00",6]
graphx[ 5]=[" 6:00",7]
graphx[ 6]=[" 7:00",7]
graphx[ 7]=[" 8:00",8]
graphx[ 8]=[" 9:00",8]
graphx[ 9]=["10:00",10]
graphx[10]=["11:00",10]
graphx[11]=["12PM",10]
graphx[12]=[" 1:00",10]
graphx[13]=[" 2:00",10]
graphx[14]=[" 3:00",11]
graphx[15]=[" 4:00",12]
graphx[16]=[" 5:00",13]
graphx[17]=[" 6:00",14]
graphx[18]=[" 7:00",15]
graphx[19]=[" 8:00",16]
graphx[20]=[" 9:00",14]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<50 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<436){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,4µg/m3 ,Good |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",27]
graphx[ 1]=[" 2:00",34]
graphx[ 2]=[" 3:00",39]
graphx[ 3]=[" 4:00",49]
graphx[ 4]=[" 5:00",42]
graphx[ 5]=[" 6:00",40]
graphx[ 6]=[" 7:00",43]
graphx[ 7]=[" 8:00",38]
graphx[ 8]=[" 9:00",32]
graphx[ 9]=["10:00",28]
graphx[10]=["11:00",24]
graphx[11]=["12PM",22]
graphx[12]=[" 1:00",18]
graphx[13]=[" 2:00",15]
graphx[14]=[" 3:00",12]
graphx[15]=[" 4:00",10]
graphx[16]=[" 5:00",9]
graphx[17]=[" 6:00",7]
graphx[18]=[" 7:00",5]
graphx[19]=[" 8:00",5]
graphx[20]=[" 9:00",4]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<51 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,19µg/m3 ,Moderate |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",4]
graphx[ 1]=[" 2:00",4]
graphx[ 2]=[" 3:00",6]
graphx[ 3]=[" 4:00",7]
graphx[ 4]=[" 5:00",7]
graphx[ 5]=[" 6:00",8]
graphx[ 6]=[" 7:00",11]
graphx[ 7]=[" 8:00",13]
graphx[ 8]=[" 9:00",16]
graphx[ 9]=["10:00",18]
graphx[10]=["11:00",19]
graphx[11]=["12PM",19]
graphx[12]=[" 1:00",18]
graphx[13]=[" 2:00",19]
graphx[14]=[" 3:00",19]
graphx[15]=[" 4:00",18]
graphx[16]=[" 5:00",18]
graphx[17]=[" 6:00",18]
graphx[18]=[" 7:00",17]
graphx[19]=[" 8:00",19]
graphx[20]=[" 9:00",19]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<51 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,25µg/m3 ,Moderate |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",16]
graphx[ 1]=[" 2:00",19]
graphx[ 2]=[" 3:00",22]
graphx[ 3]=[" 4:00",26]
graphx[ 4]=[" 5:00",25]
graphx[ 5]=[" 6:00",24]
graphx[ 6]=[" 7:00",25]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<51 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,25µg/m3 ,Moderate |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",3]
graphx[ 1]=[" 2:00",6]
graphx[ 2]=[" 3:00",7]
graphx[ 3]=[" 4:00",7]
graphx[ 4]=[" 5:00",8]
graphx[ 5]=[" 6:00",9]
graphx[ 6]=[" 7:00",12]
graphx[ 7]=[" 8:00",15]
graphx[ 8]=[" 9:00",18]
graphx[ 9]=["10:00",19]
graphx[10]=["11:00",20]
graphx[11]=["12PM",21]
graphx[12]=[" 1:00",23]
graphx[13]=[" 2:00",23]
graphx[14]=[" 3:00",24]
graphx[15]=[" 4:00",25]
graphx[16]=[" 5:00",26]
graphx[17]=[" 6:00",27]
graphx[18]=[" 7:00",27]
graphx[19]=[" 8:00",26]
graphx[20]=[" 9:00",25]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<51 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,-2147483648µg/m3 ,No Data |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",-2147483648]
graphx[ 1]=[" 2:00",-2147483648]
graphx[ 2]=[" 3:00",-2147483648]
graphx[ 3]=[" 4:00",-2147483648]
graphx[ 4]=[" 5:00",-2147483648]
graphx[ 5]=[" 6:00",-2147483648]
graphx[ 6]=[" 7:00",-2147483648]
graphx[ 7]=[" 8:00",-2147483648]
graphx[ 8]=[" 9:00",-2147483648]
graphx[ 9]=["10:00",-2147483648]
graphx[10]=["11:00",-2147483648]
graphx[11]=["12PM",-2147483648]
graphx[12]=[" 1:00",-2147483648]
graphx[13]=[" 2:00",-2147483648]
graphx[14]=[" 3:00",-2147483648]
graphx[15]=[" 4:00",-2147483648]
graphx[16]=[" 5:00",-2147483648]
graphx[17]=[" 6:00",-2147483648]
graphx[18]=[" 7:00",-2147483648]
graphx[19]=[" 8:00",-2147483648]
graphx[20]=[" 9:00",-2147483648]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<51 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
| Particulate Level at 21:00 |
24hr average
,20µg/m3 ,Moderate |
|
var graphimage="Level1.gif"
//DEFINE GRAPH VALUES [Item name, absolute value]
var graphx=new Array()
graphx[ 0]=["1 AM",16]
graphx[ 1]=[" 2:00",16]
graphx[ 2]=[" 3:00",18]
graphx[ 3]=[" 4:00",23]
graphx[ 4]=[" 5:00",21]
graphx[ 5]=[" 6:00",23]
graphx[ 6]=[" 7:00",20]
function graphit(g,gwidth){
total=0
for (i=0;i'
var NkickOut =true
for (i=0;i0 && NkickOut) {
concentrationPre=Math.round(g[i-1][1]) }
else if (i<1) {
var concentrationPre = 40 }
var dif=concentration-concentrationPre
calwidth=Math.round(g[i][1]/gwidth*300)
if (concentration>0 && dif<51 && concentration<201){
if (concentration<16){
var graphimage="images/Level1.gif"}
else if (concentration>=16 && concentration<36){
var graphimage="images/Level2.gif"}
else if (concentration>=36 && concentration<66){
var graphimage="images/Level3.gif"}
else if (concentration>=66 && concentration<201){
var graphimage="images/Level4.gif" }
var NkickOut=true
var concentration=concentration
}
else {
var graphimage="images/Level1.gif"
calwidth=0
var concentration="No Data"
var NkickOut=false
}
output+='
| '+g[i][0]+' | '+concentration+' |
'
}
output+='
'
document.write(output+'
')
}
//CALL GRAPHIT FUNCTION
//graphit(NAME OF GRAPH ARRAY, MAXIMUM WIDTH IN PIXELS)
graphit(graphx,135)
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--> DISCLAIMER: THE DATA PRESENTED ARE RAW. THEY HAVE NOT BEEN QUALITY-ASSURED BY THE OHIO EPA AND MAY CONTAIN INACCURACIES. NOTICE:
The PM2.5 monitors are experiencing difficulty this week. Data shown is incorrect.
Local air agencies are working with the monitors. In addition, high humidity is being reflected.
We appreciate
your patience.
-->
|
You may review all of the day's readings by holding your mouse over any of the monitors.
For quering the real time entire Ohio Air Quality, Please Click here.
DISCLAIMER:
THE DATA PRESENTED ARE RAW. THEY HAVE NOT BEEN QUALITY-ASSURED BY THE OHIO EPA AND MAY CONTRAIN INACCURACIES.
-->
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