Joint Monitoring Programme, WHO/UNICEF: Difference between revisions

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IFs include both old and new water systems from WSS JMP. The new system is developed based on the old system, thus, you can find some overlapping variable labels between two systems. Below we listed a mapping between the ladders used in IFs and those being used in WSS JMP.  
IFs include both old and new water systems from WSS JMP. The new system is developed based on the old system, thus, you can find some overlapping variable labels between two systems. Below we listed a mapping between the ladders used in IFs and those being used in WSS JMP.  


New system-
'''New system-'''
{| class="wikitable"
{| class="wikitable"
|TAB
|TAB
Line 58: Line 58:
|ns
|ns
|}
|}
In which,  
In which, SafelyManaged is the intersaction of following 3 categories (most of time the result is just the minimal among three)  
 
SafelyManaged is the intersaction of following 3 categories (most of time the result is just the minimal among three)


* SMOnPremise = imp_prem; used to be premises
* SMOnPremise = imp_prem; used to be premises
Line 66: Line 64:
* SMNotContam = imp_qual; used to be quality
* SMNotContam = imp_qual; used to be quality


You can also observe that unimp + imp + ns = 100%, where imp = basal + lim = pip + imp_npip


Old system-  
'''Old system-'''
{| class="wikitable"
{| class="wikitable"
|-
|-
Line 90: Line 89:
|ns
|ns
|}
|}
'''<u>Types of Data</u>:&nbsp;'''The following categories of data need to be imported into IFs:
- Can be directly found
* Units is "Percent" - 30 in total
* Units is "Thousands" - 12 in total
- Need Calculation
* Units is 'Percent" - 9 in total
*Units is "Thousands" - 6 in total


<u>'''Notes:'''</u>
<u>'''Notes:'''</u>


# Any Pop series cannot be directly found in the excel. Thus, we need to manually calculated.
* All indicators use suffices to indicate regional levels, with
# pop_t is total population in thousands.
** _t means national indicators (Total%); used to be _n being national
# prop_u is the percentage of urban population in total population.
** _r means Rural%
# 100 - prop_u is the percentage of rural population in total population.
** _u means Urban%
# Except pop_t, the rest of data we will use is in "Percent". To do the calculation for "Pop" series, we need to /100 first to convert the percent to decimal.
* Prefix pop_ means Population in Thousands
# wat_bas changed to wat_basal.
* prop_u is the percentage of urban population in total population.
# wat_sur changed to wat_ns.
* 100 - prop_u is the percentage of rural population in total population.
# Calculated Ladders:
* The rest of data are in percentages
## Basic = At least basic + Safely managed
## Improved = At least basic + Limited = Piped + Non-piped
## Unimproved = 100 - Improved - Surface


 
Thus, under the raw data (the Excel file downloaded following the instruction above), the TAB column in the mapping above represents the name of the spreadsheet, while the other two columns represent the one-to-one mapping between IFs data table name and WSS JMP variable name. For example, table SeriesWSSJMPWaterTotal%SafelyManaged from IFsHistSeries equals to the variable wat_sm_t. Same rules apply to the sanitation data introduced below.
Under the raw data (the Excel file downloaded following the instruction above), the TAB column in the mapping below represents the name of the spreadsheet, while the other two columns represent the one-to-one mapping between IFs data table name and WSS JMP variable name. For example, table SeriesWSSJMPWaterSafelyManagedTotal from IFsHistSeries equals to the wsm


== '''Instructions on Importing Sanitation Data into IFs''' ==
== '''Instructions on Importing Sanitation Data into IFs''' ==
Line 134: Line 112:


'''<u>Ladder and Related code in downloaded data:</u>'''
'''<u>Ladder and Related code in downloaded data:</u>'''
IFs include both old and new sanitation systems from WSS JMP. The new system is developed based on the old system, thus, you can find some overlapping variable labels between two systems. Below we listed a mapping between the ladders used in IFs and those being used in WSS JMP.
'''New system-'''
{| class="wikitable"
{| class="wikitable"
|TAB
|TAB
|Ladder
|Ladder in IFs
|Ladder(Code)
|WSS JMP Variable
|-
|-
|san
|san
Line 146: Line 128:
|Basic
|Basic
|basal - sm
|basal - sm
|-
|san
|'''Improved'''
|basal + lim
|-
|-
|san
|san
Line 162: Line 140:
|OtherUnimproved
|OtherUnimproved
|unimp
|unimp
|}
In which, SafelyManaged is the union of following 3 categories (normally adding three together)
* SMDisposedInsitu = sdo_sm; Disposed in situ
* SMEmpTreated = fst_sm; Emptied and treated
* SMWastewaterTreated = sew_sm; Wastewater treated
You can also find that imp + unimp + ns = 100, where imp = basal + lim; Additionally, Improved (imp) is the union of following 3 categories (normally adding three together, if all 3 exist)
* Latrines and other = othimp; used to be lat
* Septic tanks = sep
* Sewer connections = sew
'''Old system-'''
{| class="wikitable"
|TAB
|Ladder in IFs
|WSS JMP Variable
|-
|-
|san
|san
|SafelyManaged
|Improved
|sm
|basal
|-
|-
|san
|san
Line 172: Line 168:
|-
|-
|san
|san
|SMDisposedInsitu
|OtherUnimproved
|sdo_sm
|unimp
|-
|-
|san
|san
|SMEmpTreated
|OpenDefecation
|fst_sm
|ns
|-
|}
|san
Hence, the table SeriesWSSJMPSanitationTotal%SafelyManaged from IFsHistSeries is the equivalent to the variable san_sm_t from WSS JMP.
|SMWastewaterTreated
|sew_sm
|-
|san
|Unimproved
|100 - '''Improved''' - ns
|}- Can be directly found
 
* Units is "Percent" - 27 in total
 
* Units is "Thousands" - 9 in total
- Calculation
 
* Units is "Percent" - 9 in total
 
* Units is "Thousands" - 6 in total
<u>'''Notes:'''</u>
# Any Pop series cannot be directly found in the excel. Thus, we need to manually calculated.
# pop_t is total population in thousands.
# prop_u is the percentage of urban population in total population.
# 100 - prop_u is the percentage of rural population in total population.
# Except pop_t, the rest of data we will use is in "Percent". To do the calculation for "Pop" series, we need to /100 first to convert the percent to decimal.
# san_bas changed to san_basal.
# san_od changed to san_ns.
# Calculated Ladders:
## Basic = At least basic + Safely managed
## Improved = At least basic + Limited = Sum of Latrines (san_othimp), Septic Tanks (san_sep), Sewer Connections (san_sew)
## Unimproved = 100 - Improved - Open Defecation

Latest revision as of 19:46, 4 March 2025

WHO/UNICEF Joint Monitoring Program: Water Supply and Sanitation

The water and sanitation series is developed using data from the WHO/UNICEF Joint Monitoring Program for water supply and sanitation (JMP). The JMP reports country, regional and global estimates of progress on drinking water, sanitation and hygiene (WASH) since 2000. 

The WSS JMP dataset provides substantial information on water, sanitation and hygiene, broken into national, urban and rural subgroups. Within these subgroups, global estimates are provided that show the proportion of a country's population using improved and unimproved access to water, sanitation and hygiene. For the water dataset, IFs draws primarily on...... For the sanitation dataset, IFs uses the sanitation estimates to break the data down into the proportion of population (%) and the amount of people within a population. To construct these data series, IFs draws primarily on the population served with improved sanitation, unimproved sanitation, other unimproved sanitation, shared sanitation, and open defication sanitation.

The most recent update was in Sept. 2024. There are 8 preprocessors and 100 non-preprocessors.

Instructions on Downloading data

  1. Go to https://washdata.org/data/downloads#WLD
  2. Click "World file" under "Household" to download all the data.
    Imagellsjfewa.png
  3. Open the downloaded file. "Enable Editing". Hover the mouse to the tab and right-click. The file will show several options:
    ImagefheqFNLIA.png
  4. Click "Unhide", and a view will pop up.
    Image-unhide.png
  5. Press "ctrl" and select "wat" and "san". Click "OK".
  6. In these 2 tabs, you may find the columns we will use in "Code in Source" listed below.

Instructions on Importing Water Data into IFs

This section explains the methodology to be followed when importing WSS JMP water supply data into IFs. It also describes certain problems that a user might face in interpreting and understanding the data.

SourceWater supply data is published by the WHO/UNICEF JMP. The data is available at the website https://washdata.org/data/downloads#WLD

Country List to be Used: WSS JMP

Ladder and Related code in downloaded data:

IFs include both old and new water systems from WSS JMP. The new system is developed based on the old system, thus, you can find some overlapping variable labels between two systems. Below we listed a mapping between the ladders used in IFs and those being used in WSS JMP.

New system-

TAB Ladder in IFs WSS JMP Variable
wat SafelyManaged sm
wat AtLeastBasic basal
wat Basic basal - sm
wat Limited lim
wat Unimproved unimp
wat Surface ns

In which, SafelyManaged is the intersaction of following 3 categories (most of time the result is just the minimal among three)

  • SMOnPremise = imp_prem; used to be premises
  • SMAsNeeded = imp_av; used to be available
  • SMNotContam = imp_qual; used to be quality

You can also observe that unimp + imp + ns = 100%, where imp = basal + lim = pip + imp_npip

Old system-

TAB Ladder in IFs WSS JMP Variable
wat OtherImproved imp_npip
wat Piped pip
wat OtherUnimproved unimp
wat Surface ns

Notes:

  • All indicators use suffices to indicate regional levels, with
    • _t means national indicators (Total%); used to be _n being national
    • _r means Rural%
    • _u means Urban%
  • Prefix pop_ means Population in Thousands
  • prop_u is the percentage of urban population in total population.
  • 100 - prop_u is the percentage of rural population in total population.
  • The rest of data are in percentages

Thus, under the raw data (the Excel file downloaded following the instruction above), the TAB column in the mapping above represents the name of the spreadsheet, while the other two columns represent the one-to-one mapping between IFs data table name and WSS JMP variable name. For example, table SeriesWSSJMPWaterTotal%SafelyManaged from IFsHistSeries equals to the variable wat_sm_t. Same rules apply to the sanitation data introduced below.

Instructions on Importing Sanitation Data into IFs

This section explains the methodology to be followed when importing WSS JMP sanitation data into IFs. It also describes certain problems that a user might face in interpreting and understanding the data.

SourceSanitation data is published by the WHO/UNICEF JMP. The data is available at the website https://washdata.org/data/household#!/table?geo0=region&geo1=sdg.

Country List to be Used: WSS JMP

Ladder and Related code in downloaded data:

IFs include both old and new sanitation systems from WSS JMP. The new system is developed based on the old system, thus, you can find some overlapping variable labels between two systems. Below we listed a mapping between the ladders used in IFs and those being used in WSS JMP.

New system-

TAB Ladder in IFs WSS JMP Variable
san AtLeastBasic basal
san Basic basal - sm
san Limited lim
san OpenDefecation ns
san OtherUnimproved unimp

In which, SafelyManaged is the union of following 3 categories (normally adding three together)

  • SMDisposedInsitu = sdo_sm; Disposed in situ
  • SMEmpTreated = fst_sm; Emptied and treated
  • SMWastewaterTreated = sew_sm; Wastewater treated

You can also find that imp + unimp + ns = 100, where imp = basal + lim; Additionally, Improved (imp) is the union of following 3 categories (normally adding three together, if all 3 exist)

  • Latrines and other = othimp; used to be lat
  • Septic tanks = sep
  • Sewer connections = sew

Old system-

TAB Ladder in IFs WSS JMP Variable
san Improved basal
san Shared lim
san OtherUnimproved unimp
san OpenDefecation ns

Hence, the table SeriesWSSJMPSanitationTotal%SafelyManaged from IFsHistSeries is the equivalent to the variable san_sm_t from WSS JMP.