6/4/2019 1 1 Survey of Income and Program Participation (SIPP) Webinar Series: Webinar #2 – Demographics and Residences June 4, 2019 Presenter: Holly Fee 2 SIPP Webinar Series • Webinars on key SIPP topics, presented throughout June 2019 • Explore 2014 Waves 1 and 2 public-use data • Supplemental materials include exercises and handouts for most topics • Recorded and posted for later reference • Learn more at: https:// www.census.gov/data/ac ademy/webinars/upcoming.html U.S. Census Bureau Presents... SIPP Webinar Series TOPIC: SESSION DATE: Overview June 3, 2019 Demographics and Residences June 4, 2019 Jobs June 17, 2019 Assets, Income, and Poverty June 18, 2019 Programs, Adult Well-Being, and Food Security June 20, 2019 Health Insurance, Health Care Utilization, and Disability June 24, 2019 Family and Fertility June 25, 2019 You will have the opportunity to learn about the different topics and subjects areas in the 2014 SIPP. Each session will provide an overview of key topics using public-use data. This webinar series is for new and experienced users of SIPP data. Here are the topics: SAVE THE DATE: All webinars are FREE and start at 2:00 PM EDT
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6/4/2019
1
1
Survey of Income and Program Participation (SIPP) Webinar Series:
Webinar #2 – Demographics and Residences
June 4, 2019
Presenter: Holly Fee
2
SIPP Webinar Series
• Webinars on key SIPP topics,presented throughout June2019
• Explore 2014 Waves 1 and 2public-use data
• Supplemental materialsinclude exercises andhandouts for most topics
• Recorded and posted for laterreference
• Learn more at:https://www.census.gov/data/academy/webinars/upcoming.html
U.S. Census Bureau Presents...SIPP Webinar Series
TOPIC: SESSION DATE:
Overview June 3, 2019
Demographics and Residences June 4, 2019
Jobs June 17, 2019
Assets, Income, and Poverty June 18, 2019
Programs, Adult Well-Being, and Food Security June 20, 2019
Health Insurance, Health Care Utilization, and Disability June 24, 2019
Family and Fertility June 25, 2019
You will have the opportunity to learn about the different topics and subjects areas in the 2014 SIPP. Each session will provide an overview of key topics using public-use data. This webinar series is for new and experienced users of SIPP data. Here are the topics:
SAVE THE DATE: All webinars are FREE and start at 2:00 PM EDT
• SHHADID: Household address ID at time of interview (unique within SSUID)
• ERESIDENCEID: Identifies the specific residence where the respondent livedduring each month (unique within SSUID)
• RRESDUR: Duration of residence
• RMOVER (Wave 1)/TMOVER (Wave 2): Type of move
• EEHC_WHY: Reason for moving to this address
• RENTERREASON (Wave 2): Reason entered household
• THHLDSTATUS: Household status
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Key Residences Variables (cont.)
• TEHC_ST: State of residence
• TEHC_METRO: Metro status
• REHC_REGION (Wave 1)/TEHC_REGION (Wave 2): Monthly region ofresidence
• EEHC_RENTSUB: Rent subsidy receipt
• EEHC_VOUCHER: Housing voucher receipt
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Key Residences Variables (cont.)
• ERH_BMONTH: Begin month of residence spell
• ERH_EMONTH: End month of residence spell
• TEHC_MVYR: Year moved into the residence
• EEHC_TEN: Monthly tenure status of residence
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Important Things to Know
• We collect residence information for all respondents for every monthof the reference year• Collected at the spell level, in reverse chronological order
• Information is collected for each respondent for up to five residencesthe respondent lived at for least one month during the reference year
• Households interviewed together in Wave 1 can live apart for some orall of the reference period
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Important Things to Know (cont.)
• Respondents’ residence spells can include time in group quarters,medical institutions, emergency or transitional shelters, unoccupiedtent or trailer sites, or cars or vans or time spent living out of thecountry
• Person-month records for respondents living in institutionalized groupquarters or overseas for all/part of the reference year, but who werepresent in the household for the Wave 1 interview, are included onthe file• These records are weighted to 0 because respondents are not in the survey
universe for these months
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Important Things to Know (cont.)
• Terms:• Original Sample Person (OSP): Everyone in the interviewed
Wave 1 household• Parent household: Original sampled household• Spawns: Interviewed Wave 1 individuals who move in Waves 2+
• Spawns are also known as child cases• A spawn of a spawn is known as a grandchild case
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Important Things to Know (cont.)
• Can identify unique households with sample unit identifier (SSUID)and the household (monthly) residence ID (ERESIDENCEID)
• Residence ID example:
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ERESIDENCEID DESCRIPTION
100001
2A0001
2AA001
Identifies the first wave in which the address appears in the data
Identifies households that have spawned between waves (Waves 2+ only). Indicates whether a case is a parent or a child. A value of 0 is the parent; letters A, B, C, etc. are the first child, second child, etc.
Indicates whether a case is a grandchild (i.e., spawn of a spawn)
Sequential numbering of addresses associated with an original sample unit (SSUID) that enter the sample in the same wave
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Important Things to Know (cont.)
• Can identify unique households with sample unit identifier (SSUID)and the household (monthly) residence ID (ERESIDENCEID)
• Residence ID example:
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ERESIDENCEID DESCRIPTION
100001
2A0001
2AA001
Identifies the first wave in which the address appears in the data
Identifies households that have spawned between waves (Waves 2+ only). Indicates whether a case is a parent or a child. A value of 0 is the parent; letters A, B, C, etc. are the first child, second child, etc.
Indicates whether a case is a grandchild (i.e., spawn of a spawn)
Sequential numbering of addresses associated with an original sample unit (SSUID) that enter the sample in the same wave
Important Things to Know (cont.)
• Can identify unique households with sample unit identifier (SSUID)and the household (monthly) residence ID (ERESIDENCEID)
• Residence ID example:
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ERESIDENCEID DESCRIPTION
100001
2A0001
2AA001
Identifies the first wave in which the address appears in the data
Identifies households that have spawned between waves (Waves 2+ only). Indicates whether a case is a parent or a child. A value of 0 is the parent; letters A, B, C, etc. are the first child, second child, etc.
Indicates whether a case is a grandchild (i.e., spawn of a spawn)
Sequential numbering of addresses associated with an original sample unit (SSUID) that enter the sample in the same wave
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Important Things to Know (cont.)
• Can identify unique households with sample unit identifier (SSUID)and the household (monthly) residence ID (ERESIDENCEID)
• Residence ID example:
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ERESIDENCEID DESCRIPTION
100001
2A0001
2AA001
Identifies the first wave in which the address appears in the data
Identifies households that have spawned between waves (Waves 2+ only). Indicates whether a case is a parent or a child. A value of 0 is the parent; letters A, B, C, etc. are the first child, second child, etc.
Indicates whether a case is a grandchild (i.e., spawn of a spawn)
Sequential numbering of addresses associated with an original sample unit (SSUID) that enter the sample in the same wave
Important Things to Know (cont.)
• Can identify unique households with sample unit identifier (SSUID)and the household (monthly) residence ID (ERESIDENCEID)
• Residence ID example:
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ERESIDENCEID DESCRIPTION
100001
2A0001
2AA001
Identifies the first wave in which the address appears in the data
Identifies households that have spawned between waves (Waves 2+ only). Indicates whether a case is a parent or a child. A value of 0 is the parent; letters A, B, C, etc. are the first child, second child, etc.
Indicates whether a case is a grandchild (i.e., spawn of a spawn)
Sequential numbering of addresses associated with an original sample unit (SSUID) that enter the sample in the same wave
• Most demographic data are only collected at the time of interview• Age is made into a monthly variable based on interview date and birthdate
• Marital status changes are collected in the Event History Calendar (EHC) andare available monthly
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Important Things to Know (cont.)
• We ask at interview about current marital status
• For those who report having been married, we then collect data ontheir first year of marriage, current year of marriage, and number oftimes they have been married
• Using the EHC, we can see spells of marital change
• Year of birth/death of mother/father variables are available for 2014SIPP Wave 1 only
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What Do the Data Look Like Within Wave?
47*Demonstration data
SSUID PNUM ERESIDENCEID MONTHCODE TAGE EMS ERACE ESEX TAGE_EHC EMS_EHC
000114 101 100001 1 36 1 1 2 35 6
000114 101 100001 2 36 1 1 2 35 6
000114 101 100001 3 36 1 1 2 35 6
000114 101 100001 4 36 1 1 2 35 6
000114 101 100001 5 36 1 1 2 35 1
000114 101 100001 6 36 1 1 2 35 1
000114 101 100001 7 36 1 1 2 35 1
000114 101 100001 8 36 1 1 2 35 1
000114 101 100001 9 36 1 1 2 35 1
000114 101 100001 10 36 1 1 2 35 1
000114 101 100001 11 36 1 1 2 35 1
000114 101 100001 12 36 1 1 2 36 1
What Do the Data Look Like Within Wave?
48*Demonstration data
SSUID PNUM ERESIDENCEID MONTHCODE TAGE EMS ERACE ESEX TAGE_EHC EMS_EHC
000114 101 100001 1 36 1 1 2 35 6
000114 101 100001 2 36 1 1 2 35 6
000114 101 100001 3 36 1 1 2 35 6
000114 101 100001 4 36 1 1 2 35 6
000114 101 100001 5 36 1 1 2 35 1
000114 101 100001 6 36 1 1 2 35 1
000114 101 100001 7 36 1 1 2 35 1
000114 101 100001 8 36 1 1 2 35 1
000114 101 100001 9 36 1 1 2 35 1
000114 101 100001 10 36 1 1 2 35 1
000114 101 100001 11 36 1 1 2 35 1
000114 101 100001 12 36 1 1 2 36 1
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What Do the Data Look Like Within Wave?
49*Demonstration data
SSUID PNUM ERESIDENCEID MONTHCODE TAGE EMS ERACE ESEX TAGE_EHC EMS_EHC
000114 101 100001 1 36 1 1 2 35 6
000114 101 100001 2 36 1 1 2 35 6
000114 101 100001 3 36 1 1 2 35 6
000114 101 100001 4 36 1 1 2 35 6
000114 101 100001 5 36 1 1 2 35 1
000114 101 100001 6 36 1 1 2 35 1
000114 101 100001 7 36 1 1 2 35 1
000114 101 100001 8 36 1 1 2 35 1
000114 101 100001 9 36 1 1 2 35 1
000114 101 100001 10 36 1 1 2 35 1
000114 101 100001 11 36 1 1 2 35 1
000114 101 100001 12 36 1 1 2 36 1
What Do the (Wide) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID_w1
MONTHCODE_w1
TAGE_w1
TAGE_EHC_w1
ERESIDENCEID_w2
MONTHCODE_w2
TAGE_w2
TAGE_EHC_w2
000114 101 100001 1 36 35 100001 1 37 36
000114 101 100001 2 36 35 100001 2 37 36
000114 101 100001 3 36 35 100001 3 37 36
000114 101 100001 4 36 35 100001 4 37 36
000114 101 100001 5 36 35 100001 5 37 36
000114 101 100001 6 36 35 100001 6 37 36
000114 101 100001 7 36 35 100001 7 37 36
000114 101 100001 8 36 35 100001 8 37 36
000114 101 100001 9 36 35 100001 9 37 36
000114 101 100001 10 36 35 100001 10 37 36
000114 101 100001 11 36 35 100001 11 37 36
000114 101 100001 12 36 36 100001 12 37 37
*Demonstration data
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What Do the (Wide) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID_w1
MONTHCODE_w1
TAGE_w1
TAGE_EHC_w1
ERESIDENCEID_w2
MONTHCODE_w2
TAGE_w2
TAGE_EHC_w2
000114 101 100001 1 36 35 100001 1 37 36
000114 101 100001 2 36 35 100001 2 37 36
000114 101 100001 3 36 35 100001 3 37 36
000114 101 100001 4 36 35 100001 4 37 36
000114 101 100001 5 36 35 100001 5 37 36
000114 101 100001 6 36 35 100001 6 37 36
000114 101 100001 7 36 35 100001 7 37 36
000114 101 100001 8 36 35 100001 8 37 36
000114 101 100001 9 36 35 100001 9 37 36
000114 101 100001 10 36 35 100001 10 37 36
000114 101 100001 11 36 35 100001 11 37 36
000114 101 100001 12 36 36 100001 12 37 37
*Demonstration data
What Do the (Wide) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID_w1
MONTHCODE_w1
TAGE_w1
TAGE_EHC_w1
ERESIDENCEID_w2
MONTHCODE_w2
TAGE_w2
TAGE_EHC_w2
000114 101 100001 1 36 35 100001 1 37 36
000114 101 100001 2 36 35 100001 2 37 36
000114 101 100001 3 36 35 100001 3 37 36
000114 101 100001 4 36 35 100001 4 37 36
000114 101 100001 5 36 35 100001 5 37 36
000114 101 100001 6 36 35 100001 6 37 36
000114 101 100001 7 36 35 100001 7 37 36
000114 101 100001 8 36 35 100001 8 37 36
000114 101 100001 9 36 35 100001 9 37 36
000114 101 100001 10 36 35 100001 10 37 36
000114 101 100001 11 36 35 100001 11 37 36
000114 101 100001 12 36 36 100001 12 37 37
*Demonstration data
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What Do the (Wide) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID_w1
MONTHCODE_w1
TAGE_w1
TAGE_EHC_w1
ERESIDENCEID_w2
MONTHCODE_w2
TAGE_w2
TAGE_EHC_w2
000114 101 100001 1 36 35 100001 1 37 36
000114 101 100001 2 36 35 100001 2 37 36
000114 101 100001 3 36 35 100001 3 37 36
000114 101 100001 4 36 35 100001 4 37 36
000114 101 100001 5 36 35 100001 5 37 36
000114 101 100001 6 36 35 100001 6 37 36
000114 101 100001 7 36 35 100001 7 37 36
000114 101 100001 8 36 35 100001 8 37 36
000114 101 100001 9 36 35 100001 9 37 36
000114 101 100001 10 36 35 100001 10 37 36
000114 101 100001 11 36 35 100001 11 37 36
000114 101 100001 12 36 36 100001 12 37 37
*Demonstration data
What Do the (Wide) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID_w1
MONTHCODE_w1
TAGE_w1
TAGE_EHC_w1
ERESIDENCEID_w2
MONTHCODE_w2
TAGE_w2
TAGE_EHC_w2
000114 101 100001 1 36 35 100001 1 37 36
000114 101 100001 2 36 35 100001 2 37 36
000114 101 100001 3 36 35 100001 3 37 36
000114 101 100001 4 36 35 100001 4 37 36
000114 101 100001 5 36 35 100001 5 37 36
000114 101 100001 6 36 35 100001 6 37 36
000114 101 100001 7 36 35 100001 7 37 36
000114 101 100001 8 36 35 100001 8 37 36
000114 101 100001 9 36 35 100001 9 37 36
000114 101 100001 10 36 35 100001 10 37 36
000114 101 100001 11 36 35 100001 11 37 36
000114 101 100001 12 36 36 100001 12 37 37
*Demonstration data
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What Do the (Long) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID MONTHCODE TAGE TAGE_EHC
000114 101 100001 1 36 35
000114 101 100001 2 36 35
000114 101 100001 3 36 35
... ... ... ... … …
000114 101 100001 12 36 36
000114 101 100001 13 37 36
000114 101 100001 14 37 36
000114 101 100001 15 37 36
... ... ... … … …
000114 101 100001 24 37 37
*Demonstration data
What Do the (Long) Data Look Like Across Waves?
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SSUID PNUM ERESIDENCEID MONTHCODE TAGE TAGE_EHC
000114 101 100001 1 36 35
000114 101 100001 2 36 35
000114 101 100001 3 36 35
… … … … … ...
000114 101 100001 12 36 36
000114 101 100001 13 37 36
000114 101 100001 14 37 36
000114 101 100001 15 37 36
… ... … ... … …
000114 101 100001 24 37 37
*Demonstration data
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Relationships
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Relationships Content
• Relationship to householder
• Spouse and cohabiting partner identification variables
• Parent and child identification variables
• Parent type
• Relationship to each person in household
• Family identification
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Key Relationships Variables
• Interview month variables• ERELRPE: Relationship to householder
• EPNSPOUSE: PNUM of spouse
• EPNCOHAB: PNUM of cohabiting partner
• EPNPAR1/EPNPAR2: PNUM of parent 1 and parent 2
• EPAR1TYP/EPAR2TYP: Parent type
• RPNCHILD1-RPNCHILD19: PNUM of child(ren) in household
• RCHTYP1-RCHTYP19: Type of child(ren) in household
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Key Relationships Variables (Cont.)
• Monthly variables• EPNSPOUS_EHC: PNUM of spouse
• EPNCOHAB_EHC: PNUM of cohabiting partner
• RREL1-RREL30: Relationship to each person in household
• RREL_PNUM1-RREL_PNUM30: Person number of relationship
• RPNPAR1_EHC/RPNPAR2_EHC: PNUM of parent 1 and parent 2
• RPAR1TYP_EHC/RPAR2TYP_EHC: Parent type
• RFAMNUM: Family number
• RFAMKIND: Kind of family
• RFAMREF: PNUM of family reference person
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Important Things to Know
• On the children’s records, we provided edited monthly parent identification variables toidentify any parents they lived with in that month, along with the type of relationship(biological, step, or adoptive).
• On the parent’s record we create a vector that establishes all of the children a parentreported. The children listed are those present in the household at interview month.There is no monthly variation.
• The vector of monthly relationships must be used in conjunction with the vector ofperson numbers for that month.
• Status flags, APAR1TYP_EHC and APAR2TYP_EHC, are available in 2014 SIPP Wave 1 only.
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
CODEERELRPE EPN
SPOUSEEPNCOHAB
EPNPAR1 EPNPAR2 EPAR1 TYP
EPAR2TYP
RPNCHILD1
RPNCHILD2
000115 101 1 1 102 . . . . . 103 .
000115 102 1 3 101 . . . . . 103 .
000115 103 1 7 . . 102 101 1 1 . .
000116 101 1 4 . 102 . . . . 104 .
000116 102 1 1 . 101 . . . . 103 .
000116 103 1 7 . . 102 . 1 . . .
000116 104 1 18 . . 101 . 1 . . .
*Demonstration data
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What Do the Data Look Like Within Wave?SSUID PNUM MONTH
• Learn more at:https://www.census.gov/data/academy/webinars/upcoming.html
U.S. Census Bureau Presents…SIPP Webinar Series
TOPIC: SESSION DATE:
Overview June 3, 2019
Demographics and Residences June 4, 2019
Jobs June 17, 2019
Assets, Income, and Poverty June 18, 2019
Programs, Adult Well-Being, and Food Security June 20, 2019
Health Insurance, Health Care Utilization, and Disability June 24, 2019
Family and Fertility June 25, 2019
You will have the opportunity to learn about the different topics and subjects areas in the 2014 SIPP. Each session will provide an overview of key topics using public-use data. This webinar series is for new and experienced users of SIPP data. Here are the topics:
SAVE THE DATE: All webinars are FREE and start at 2:00 PM EDT