diff --git a/.gitattributes b/.gitattributes index bed0738c7eeb449bca98b5d2f33c89a1ee56349a..6301ed57b91cfec2ee166f742e213e315e1dd503 100644 --- a/.gitattributes +++ b/.gitattributes @@ -58,3 +58,4 @@ saved_model/**/* filter=lfs diff=lfs merge=lfs -text # Video files - compressed *.mp4 filter=lfs diff=lfs merge=lfs -text *.webm filter=lfs diff=lfs merge=lfs -text +bls/cb/cb.series filter=lfs diff=lfs merge=lfs -text diff --git a/bls/ap/README.md b/bls/ap/README.md new file mode 100644 index 0000000000000000000000000000000000000000..b67451eb0c342047c66b8e4af41321c13a66550a --- /dev/null +++ b/bls/ap/README.md @@ -0,0 +1,21 @@ +# BLS survey `ap` + +Source: U.S. Bureau of Labor Statistics, LABSTAT time-series database (https://download.bls.gov/pub/time.series/ap/). Public domain U.S. government data. Credit: U.S. Bureau of Labor Statistics. + +Survey documentation: `ap.txt`. + +`*_series.parquet` defines each series_id (labels); `*_data_*.parquet` holds series_id, year, period (M01-M12 monthly, Q0x quarterly, A01/M13 annual), value, footnote_codes; other files map codes to labels. + +| file | rows | columns | +|---|---|---| +| ap.area | 74 | area_code, area_name | +| ap.contacts | 16 | Consumer Price Indexes Contacts | +| ap.data.0.Current | 213718 | series_id, year, period, value, footnote_codes | +| ap.data.1.HouseholdFuels | 106978 | series_id, year, period, value, footnote_codes | +| ap.data.2.Gasoline | 99524 | series_id, year, period, value, footnote_codes | +| ap.data.3.Food | 150051 | series_id, year, period, value, footnote_codes | +| ap.footnote | 1 | footnote_code, footnote_text | +| ap.item | 160 | item_code, item_name | +| ap.period | 13 | period, period_abbr, period_name | +| ap.seasonal | 2 | seasonal_code, seasonal_text | +| ap.series | 1483 | series_id, area_code, item_code, series_title, footnote_codes, begin_year, begin_period, end_year, end_period | diff --git a/bls/ap/ap.txt b/bls/ap/ap.txt new file mode 100644 index 0000000000000000000000000000000000000000..8685162dd985e0927ecf24d08815bbcd749e324b --- /dev/null +++ b/bls/ap/ap.txt @@ -0,0 +1,293 @@ + Average Price Data (AP) + ap.txt + +Section Listing + +1. Survey Definition +2. FTP files listed in the survey directory +3. Time series, series file, data file, & mapping file definitions and relationships +4. Series file format and field definitions +5. Data file format and field definitions +6. Mapping file formats and field definitions +7. Data Element Dictionary + +=================================================================================== +Section 1 +=================================================================================== + +The following is a definition of: Average Price Data (AP) + +Survey Description: Average consumer prices are calculated for household +fuel, motor fuel, and food items from prices collected for the Consumer +Price Index (CPI). Average prices are best used to measure the price level +in a particular month, not to measure price change over time. It is more +appropriate to use CPI index values for the particular item categories to measure +price change. + +Prices, except for electricity, are collected monthly by BLS representatives +in the 75 urban areas priced for the CPI. Electricity prices are collected +for the BLS for the same 75 areas on a monthly basis by the Department of +Energy using mail questionnaires. All fuel prices include applicable +Federal, State, and local taxes; prices for natural gas and electricity also +include fuel and purchased gas adjustments. + +Summary Data Available: Average consumer prices for household fuel and +motor fuel are available for the U.S. city average, 23 urban areas, 4 +regions, 12 region/size class groupings, and 9 divisions. + +Average consumer prices for food are available for the U.S. city average, and +four regions. + +Monthly data are available for up to 6 household fuel categories, 6 +motor fuel categories, and around 100 food categories. + +Frequency of Observations: All data are monthly; annual averages are not +available. + +Data Characteristics: Average prices are stored to three decimal places. + +Updating Schedule: Updates become available with the monthly release of new data, typically from the 10th to the 14th of the month +following the reference month. +==================================================================================== +Section 2 +==================================================================================== +The following Average Price Data files are on the BLS internet in the sub-directory +pub/time.series/ap: + + ap.data.0.Current - All current year-to-date data + ap.data.1.HouseholdFuels - All household fuels data + ap.data.2.Gasoline - All gasoline data + ap.data.3.Food - All food data + ap.area - Area codes mapping file + ap.contacts - Contacts for ap survey + ap.footnote - Footnote codes mapping file + ap.item - Item codes mapping file + ap.period - Period codes mapping file + ap.series - All series and their beginning and end Dates + ap.txt - General information + +================================================================================= +Section 3 +================================================================================= +The definition of a time series, its relationship to and the interrelationship +among series, data and mapping files is detailed below: + +A time series refers to a set of data observed over an extended period of time +over consistent time intervals (i.e. monthly, quarterly, semi-annually, annually). +BLS time series data are typically produced at monthly intervals and represent data +ranging from a specific consumer item in a specific geographical area whose price +is gathered monthly to a category of worker in a specific industry whose employment +rate is being recorded monthly, etc. + +The FTP files are organized such that data users are provided with the following +set of files to use in their efforts to interpret data files: + +a) a series file (only one series file per survey) +b) mapping files +c) data files + +The series file contains a set of codes which, together, compose a series +identification code that serves to uniquely identify a single time series. +Additionally, the series file also contains the following series-level information: + +a) the period and year corresponding to the first data observation +b) the period and year corresponding to the most recent data observation + +The mapping files are definition files that contain explanatory text descriptions +that correspond to each of the various codes contained within each series +identification code. + +The data file contains one line of data for each observation period pertaining to a +specific time series. Each line contains a reference to the following: + +a) a series identification code +b) year in which data is observed +c) period for which data is observed (M13, Q05, and S03 indicate annual averages) +d) value +e) footnote code (if available) +================================================================================= +Section 4 +================================================================================= +File Structure and Format: The following represents the file format used to define +ap.series. Note the Field Numbers are for reference only; they do not exist in the +database. Data files are in ASCII text format. Data elements are separated by +spaces; the first record of each file contains the column headers for the data +elements stored in each field. Each record ends with a new line character. + +Field #/Data Element Length Value(Example) + +1. series_id 17 APU0000701111 + +2. area_code 4 S100 + +3. item_code 7 712211 + +4. begin_year 4 1980 + +5. begin_period 3 M01 + +6. end_year 4 2002 + +7. end_period 3 M02 + + +The series_id (APU0000701111) can be broken out into: + +Code Value(Example) + +survey abbreviation = AP +seasonal(code) = U +area_code = 0000 +item_code = 701111 +================================================================================== +Section 5 +================================================================================== +File Structure and Format: The following represents the file format used to define +each data file. Note that the field numbers are for reference only; they do not +exist in the database. Data files are in ASCII text format. Data elements are +separated by spaces; the first record of each file contains the column headers for +the data elements stored in each field. Each record ends with a new line character. + +The ap.data file is partitioned into four separate files: + + 1. ap.data.0.Current = All current year-to-date data + 2. ap.data.1.HouseholdFuels = All household fuel (fuel oil, + utility gas, electricity) data + 3. ap.data.2.Gasoline = All gasoline data + 4. ap.data.3.Food = All food data + +Both of the above data files have the following format: + +Field #/Data Element Length Value(Example) + +1. series_id 17 APU0000701111 + +2. year 4 1980 + +3. period 3 M01 + +4. value 12 0.238 + + +5. footnote_codes 10 It varies + + +The series_id (APU0000701111) can be broken out into: + +Code Value(Example) + +survey abbreviation = AP +seasonal(code) = U +area_code = 0000 +item_code = 701111 +============================================================================ +Section 6 +============================================================================ +File Structure and Format: The following represents the file format used to define +each mapping file. Note that the field numbers are for reference only; they do not +exist in the database. Mapping files are in ASCII text format. Data elements are +separated by tabs; the first record of each file contains the column headers for the +data elements stored in each field. Each record ends with a new line character. + +File Name: ap.area + +Field #/Data Element Length Value(Example) + +1. area_code 4 A100 + +2. area_name 80 Text + + +File Name: ap.footnote + +Field #/Data Element Length Value(Example) + +1. footnote_code 1 C + +2. footnote_text 100 Text + + +File Name: ap.item + +Field #/Data Element Length Value(Example) + +1. item_code 7 712211 + +2. item_name 100 Text + + +File Name: ap.period + +Field #/Data Element Length Value(Example) + +1. period 3 M01 + +2. period_abbr 5 JAN + +3. period_name 20 Text +============================================================================== +Section 7 +============================================================================== + +AVERAGE PRICE DATA (AP) DATABASE ELEMENTS + + +Data Element Length Value(Example) Description + +area_code 4 A100 Unique code used to identify + a specific geographic area. + +area_name 80 Text Name of specific geographic + Ex: MIAMI, FLA area. + +begin_period 3 M02 Identifies first data observation + Ex: M02=Feb within the first year for which + (M=Monthly, M13= data is available for a given time + Annual Avg) series. + +begin_year 4 1990 Identifies first year for which + data is available for a given time + series. + +end_period 3 M06 Identifies last data observation + Ex: M06=June within the last year for which + (M=Monthly, M13= data is available for a given time + Annual Avg) series. + +end_year 4 2000 Identifies last year for which data + is available for a given time + series. + +footnote_code 1 C Identifies footnote for the data + series. + +footnote_codes 10 It varies Identifies footnotes for the data + series. + +footnote_text 100 Text Contains the text of the footnote. + +item_code 7 712211 Identifies item for which + data observations pertain. + +item_name 100 Text Full names of items. + +period_abbr 5 JAN Abbreviation of period name. + +period 3 M01 Identifies period for which data + Ex: M01=Jan is observed. + (M=Monthly, M13= + Annual Avg) + +period_name 20 Text Full name of period to which + Ex: January the data observation refers. + + +series_id 17 APU0000701111 Code identifying the specific + series. + +value 12 10.124 Average price of item. + +year 4 1990 Identifies year of observation. + + + diff --git a/bls/ap/ap_area.parquet b/bls/ap/ap_area.parquet new file mode 100644 index 0000000000000000000000000000000000000000..3c17ba8238f0e1f9bbca9dc2a9fbfca5997e125a --- /dev/null +++ b/bls/ap/ap_area.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:65572f4839388fc00b6277d7bf8bd17b16b41acba765ae650d8ad86acb69c710 +size 3121 diff --git a/bls/ap/ap_contacts.parquet b/bls/ap/ap_contacts.parquet new file mode 100644 index 0000000000000000000000000000000000000000..a35817720602a65f2e297f1322eefda35f06a6db --- /dev/null +++ b/bls/ap/ap_contacts.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:b97a6c7024a8f105995a8130aa99474c13062ee3354d3d9b405db962f2612b14 +size 2063 diff --git a/bls/ap/ap_data_0_Current.parquet b/bls/ap/ap_data_0_Current.parquet new file mode 100644 index 0000000000000000000000000000000000000000..0a5fd6dab552511b3965c698ba58e16e356640aa --- /dev/null +++ b/bls/ap/ap_data_0_Current.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:f405567cbfda4ded1cae988c7a345635ba5a544d7a52d97302cce59959af271f +size 508558 diff --git a/bls/ap/ap_data_1_HouseholdFuels.parquet b/bls/ap/ap_data_1_HouseholdFuels.parquet new file mode 100644 index 0000000000000000000000000000000000000000..de7f5aa1916f5417e8591252cb80e7ac24b8423e --- /dev/null +++ b/bls/ap/ap_data_1_HouseholdFuels.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:32232958e0f8c1d888ef5e15e4b2ce42af24f3fe6936e6864da47d637320bf8f +size 363474 diff --git a/bls/ap/ap_data_2_Gasoline.parquet b/bls/ap/ap_data_2_Gasoline.parquet new file mode 100644 index 0000000000000000000000000000000000000000..b749c933aa04554f1c15a37b873f573e93601eb1 --- /dev/null +++ b/bls/ap/ap_data_2_Gasoline.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:5d5d63e8c18956a44892a48d2f2717fa67c9b2b58d522d9cc791b6d495527c81 +size 189241 diff --git a/bls/ap/ap_data_3_Food.parquet b/bls/ap/ap_data_3_Food.parquet new file mode 100644 index 0000000000000000000000000000000000000000..2abe59891351e5723100c3d271fbfb9ef37d4451 --- /dev/null +++ b/bls/ap/ap_data_3_Food.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:c21d177c9503ced78cf1b9609047f824625e9595d8356c1529fa4229b9582886 +size 317520 diff --git a/bls/ap/ap_footnote.parquet b/bls/ap/ap_footnote.parquet new file mode 100644 index 0000000000000000000000000000000000000000..c8c5ea475ec4e6a7e74d17fff2104dcd5ec4451c --- /dev/null +++ b/bls/ap/ap_footnote.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:3a09493634ef5704dfc296e0bf6729b23fe0b70d04e7f51d491f87300168c28b +size 2017 diff --git a/bls/ap/ap_item.parquet b/bls/ap/ap_item.parquet new file mode 100644 index 0000000000000000000000000000000000000000..9d1d4adbc732d21186f1f73378ee28171d36ffb5 --- /dev/null +++ b/bls/ap/ap_item.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:8d314ce3397495891b48582e8d9fc5f1cfa90f996f7e3044ab4294e23fc87056 +size 5051 diff --git a/bls/ap/ap_period.parquet b/bls/ap/ap_period.parquet new file mode 100644 index 0000000000000000000000000000000000000000..ece8a90a40f8a1d39bd8c0d5bdb96558b3a07387 --- /dev/null +++ b/bls/ap/ap_period.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:ca8014166cf7db03c66843bf348460b8abe53d523d801e835255dd6416422b44 +size 2489 diff --git a/bls/ap/ap_seasonal.parquet b/bls/ap/ap_seasonal.parquet new file mode 100644 index 0000000000000000000000000000000000000000..f9a2f1fd0d823051faf42f36765638a3afad1c6f --- /dev/null +++ b/bls/ap/ap_seasonal.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:a60b694ad35d825ec374b3fd8125a96c3feac221d8b94eabf894653aa641fbe9 +size 1858 diff --git a/bls/ap/ap_series.parquet b/bls/ap/ap_series.parquet new file mode 100644 index 0000000000000000000000000000000000000000..bdf32c844456fe628c3f95d3050bfe6ec866bb6f --- /dev/null +++ b/bls/ap/ap_series.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:dc0e4677727a9e808af463491ba9cc94b1f2eca55b4a0ab391c4dedb28b45155 +size 28443 diff --git a/bls/bd/README.md b/bls/bd/README.md new file mode 100644 index 0000000000000000000000000000000000000000..66aa229a679ee79ce3240e63fe83793e4ff97bbf --- /dev/null +++ b/bls/bd/README.md @@ -0,0 +1,27 @@ +# BLS survey `bd` + +Source: U.S. Bureau of Labor Statistics, LABSTAT time-series database (https://download.bls.gov/pub/time.series/bd/). Public domain U.S. government data. Credit: U.S. Bureau of Labor Statistics. + +Survey documentation: `bd.txt`. + +`*_series.parquet` defines each series_id (labels); `*_data_*.parquet` holds series_id, year, period (M01-M12 monthly, Q0x quarterly, A01/M13 annual), value, footnote_codes; other files map codes to labels. + +| file | rows | columns | +|---|---|---| +| bd.contacts | 2 | Business Employment Dynamics Program Contacts | +| bd.county | 1 | county_code, county_name | +| bd.data.0.Current | 3584256 | series_id, year, period, value, footnote_codes | +| bd.data.1.AllItems | 4598544 | series_id, year, period, value, footnote_codes | +| bd.dataclass | 8 | dataclass_code, dataclass_name, display_level, selectable, sort_sequence | +| bd.dataelement | 2 | dataelement_code, dataelement_name | +| bd.footnote | 2 | footnote_code, footnote_text | +| bd.industry | 91 | industry_code, industry_name, display_level, selectable, sort_sequence | +| bd.msa | 1 | msa_code, msa_name | +| bd.ownership | 1 | ownership_code, ownership_name | +| bd.periodicity | 2 | periodicity_code, periodicity_name | +| bd.ratelevel | 2 | ratelevel_code, ratelevel_name | +| bd.seasonal | 2 | seasonal_code, seasonal_text | +| bd.series | 34464 | series_id, seasonal, msa_code, state_code, county_code, industry_code, unitanalysis_code, dataelement_code, sizeclass_code, dataclass_code, ratelevel_code, periodicity_code, ownership_code, series_title, footnote_codes, begin_year, begin_period, end_year, end_period | +| bd.sizeclass | 32 | sizeclass_code, sizeclass_name | +| bd.state | 54 | state_code, state_name | +| bd.unitanalysis | 1 | unitanalysis_code, unitanalysis_name | diff --git a/bls/bd/bd.txt b/bls/bd/bd.txt new file mode 100644 index 0000000000000000000000000000000000000000..6255787677fb72246c153eaccbba85e2a89078c9 --- /dev/null +++ b/bls/bd/bd.txt @@ -0,0 +1,465 @@ +Business Employment Dynamics (BD) + bd.txt + +Section Listing + +1. Database Definition +2. FTP files listed in the database directory. +3. Time series, series file, data file, & mapping file definitions and relationships +4. Series file format and field definitions +5. Data file format and field definitions +6. Mapping file formats and field definitions +7. Data Element Dictionary + + +================================================================================ +Section 1 +================================================================================ + +The following is a definition of: BUSINESS EMPLOYMENT DYNAMICS + +Program Description: Business Employment Dynamics statistics track changes +in employment at the establishment level, revealing the dynamics underlying net +changes in employment. + +Summary Data Available: Quarterly data on Business Employment Dynamics are +derived from the Quarterly Census of Employment and Wages program. +This program is the quarterly census of all establishments under State +unemployment insurance programs, representing about 98 percent of employment on +nonfarm payrolls. The data include all establishments subject to the State +unemployment insurance (UI) laws and Federal agencies subject to the +Unemployment Compensation for Federal Employees (UCFE) program. Major +exclusions from UI coverage are the self-employed workers, religious +organizations, most agricultural workers on small farms, members of the Armed +Forces and certain small nonprofit organizations. + +The Business Employment Dynamics totals require that establishment data be +linked across quarters. This longitudinal aspect of the data allows the +tracking of when establishments open, close, and expand or contract their +employees. There are four types of job flows: employment gains at opening +establishments, employment expansions at existing establishments, employment +losses at closing establishments, and employment contractions at existing +establishments. Increases in employment at opening and expanding +establishments sum to measure job gains. Declines in employment at closing and +contracting establishments sum to measure job losses. The more traditional +measure of a net change in the employment is the difference between the number +of jobs gained and the number of jobs lost. Data on establishment births and +deaths are also available. Establishment births are a subset of openings, +whereas establishment deaths are a subset of closings. These additional data +categories remove seasonal and temporary openings and closings from the entire +sets of those two series. + +Currently, job flow estimates are available as levels and as rates for the +private sector, 2 and 3 digit NAICS sectors, total private and 2-digit NAICS +sector by state, total private by size of employment change, and firm level +size class data. The rates measure gross job gains and losses and their +components as a percentage of the average of the previous and current quarter +employment. Business Employment Dynamics statistics cover the period from +September 1992 to the most recent quarter available. Estimates are available +with and without seasonal adjustments. Seasonal adjustment is run concurrently +and models are updated annually. + +Special characteristics of the data are footnoted where necessary. + +Updating Schedule: Business Employment Dynamics are updated quarterly and will +be available about six months after the end of the reference quarter. Reference +quarters end in March, June, September, and December. + +================================================================================== +Section 2 +================================================================================== + +The following Employment, Hours, and Earnings--National files are on the BLS +internet in the sub-directory pub/time.series/bd: + + + bd.contacts - Contacts for bd data + bd.county - County codes mapping file + bd.data.0.Current - All current year-to-date data + bd.data.1.AllItems - All items + bd.dataclass - Data class codes mapping file + bd.dataelement - Data element codes mapping file + bd.footnote - Footnote codes + bd.industry - Industry codes mapping file + bd.msa - MSA codes mapping file + bd.ownership - Ownership codes mapping file + bd.periodicity - Periodicity codes mapping file + bd.ratelevel - Rate level codes mapping file + bd.seasonal - Seasonal adjustment code mapping file + bd.series - All series and their beginning and end dates + bd.sizeclass - Sizeclass codes mapping file + bd.state - State codes mapping file + bd.txt - General information + bd.unitanalysis - Unitanalysis codes mapping file + + +================================================================================= +Section 3 +================================================================================= +The definition of a time series, its relationship to and the interrelationship +among series, data and mapping files is detailed below: + +A time series refers to a set of data observed over an extended period of time +over consistent time intervals (i.e. monthly, quarterly, semi-annually, annually). +BLS time series data are typically produced at monthly intervals and represent data +ranging from a specific consumer item in a specific geographical area whose price +is gathered monthly to a category of worker in a specific industry whose employment +rate is being recorded monthly, etc. + +The FTP files are organized such that data users are provided with the following +set of files to use in their efforts to interpret data files: + +a) a series file (only one series file per data) +b) mapping files +c) data files + +The series file contains a set of codes which, together, compose a series +identification code that serves to uniquely identify a single time series. +Additionally, the series file also contains the following series-level information: + +a) the period and year corresponding to the first data observation +b) the period and year corresponding to the most recent data observation. + +The mapping files are definition files that contain explanatory text descriptions +that correspond to each of the various codes contained within each series +identification code. + +The data file contains one line of data for each observation period pertaining to a +specific time series. Each line contains a reference to the following: + +a) a series identification code +b) year in which data is observed +c) period for which data is observed (M13, Q05, and S03 indicate annual averages) +d) value +e) footnote code (if available) + +================================================================================= +Section 4 +================================================================================= +File Structure and Format: The following represents the file format used to define +bd.series. Note that the Field Numbers are for reference only; they do not exist +in the database. Data files are in ASCII text format. Data elements are separated +by spaces; the first record of each file contains the column headers for the data +elements stored in each field. Each record ends with a new line character. + +Field #/Data Element Length Value(Example) + +1. series_id 30 BDS0000006000200090110004LQ5 (NOTE: last two characters are intentionally left blank) + +2. seasonal 1 S or U (S=seasonally adjusted, U=Not seasonally adjusted) + +3. msa_code 5 00000 (Currently Business Employment Dynamics does not produce data at MSA level) + +4. state_code 2 00 (This is for U.S. totals - state data based on FIPs code) + +5. county_code 3 000 (Currently Business Employment Dynamics does not produce data at county level) + +6. industry_code 6 000000 (See bd.industry for industry mapping file, NOTE: State data only available at 2-digit NAICS, National at 2 or 3 digit NAICS) + +7. unitanalysis_code 1 1 (Used for both establishment and firm size class data series) + +8. dataelement_code 1 1 or 2 (1=Employment change level, 2=Number of establishments) + +9. sizeclass_code 2 01 (00 is for establishment level by industry and/or state, 01 - 09 is for firm size class, >=10 is for establishment data by size of employment change) + +10. dataclass_code 2 01 (ranges from 01-08, with 07 being establishment births and 08 establishment deaths) + +11. ratelevel_code 1 L or R (L=level, R=rate) + +12. periodicity_code 1 Q or A (Q=quarterly, A=annual NOTE: not all data are available for annual series) + +13. ownership_code 1 5 (Private sector only) + +14. series_title 256 It varies + +15. footnote_codes 10 It varies + +16. begin_year 4 1992 + +17. begin_period 3 Q03 + +18. end_year 4 2021 (As of last update to this file) + +19. end_period 3 Q04 (As of last update to this file) + + +The series_id (BDS0000006000200090110004LQ5) can be broken out into: + +Code Value + +data abbreviation = BD +seasonal (code) = S +msa_code = 00000 +state_code = 06 +county_code = 000 +industry_code = 200090 +unitanalysis_code = 1 +dataelement_code = 1 +sizeclass_code = 00 +dataclass_code = 04 +ratelevel_code = L +periodicity_code = Q +ownership_code = 5 + +================================================================================== +Section 5 +================================================================================== +File Structure and Format: The following represents the file format used to define +each data file. Note that the field numbers are for reference only; they do not +exist in the database. Data files are in ASCII text format. Data elements are +separated by spaces; the first record of each file contains the column headers for +the data elements stored in each field. Each record ends with a new line character. + +The bd.data file is partitioned into a number of separate files: See Section 2 + +The above-referenced data files have the following format: + +Field #/Data Element Length Value(Example) + +1. series_id 30 BDS0000006000200090110004LQ5 + +2. year 4 2020 + +3. period 3 Q02 + +4. value 12 821741 + +5. footnote_codes 10 It varies + + +================================================================================ +Section 6 +================================================================================ +File Structure and Format: The following represents the file format used to define +each mapping file. Note that the field numbers are for reference only; they do not +exist in the database. Mapping files are in ASCII text format. Data elements are +separated by tabs; the first record of each file contains the column headers for the +data elements stored in each field. Each record ends with a new line character. + + +File Name: bd.county + +Field #/Data Element Length Value(Example) + +1. county_code 3 000 + +2. county_name 100 National + + + +File Name: bd.dataclass + +Field #/Data Element Length Value(Example) + +1. dataclass_code 2 07 + +2. dataclass_name 60 Establishment Births + + + +File Name: bd.dataelement + +Field #/Data Element Length Value(Example) + +1. dataelement_code 1 2 + +2. dataelement_name 80 Number of Establishments (NOTE: Firm size class data does not include counts of the number of firms for any data class. This is because of the dynamic sizing methodology used to construct the series.) + + + +File Name: bd.industry + +Field #/Data Element Length Value(Example) + +1. industry_code 6 200090 + +2. industry_name 100 Leisure and hospitality (NOTE: For 3-digit NAICS national data the code is 300 followed by the 3-digit NAICS code - EX: 300721 = Accommodation) + + + +File Name: bd.msa + +Field #/Data Element Length Value(Example) + +1. msa_code 5 00000 + +2. msa_name 100 National + + + +File Name: bd.ownership + +Field #/Data Element Length Value(Example) + +1. ownership_code 1 5 + +2. ownership_name 30 Private Sector + + + +File Name: bd.periodicity + +Field #/Data Element Length Value(Example) + +1. periodicity_code 1 Q + +2. periodicity_name 30 Quarterly (Annual data are available for U.S. totals at the 2-digit NAICS sector level and for each state at the Total private level. These values can be downloaded for each quarter (i.e. March to March, June to June, etc.), however the supplemental tables and charts are only updated once a year for the March to March time period. + + + +File Name: bd.ratelevel + +Field #/Data Element Length Value(Example) + +1. ratelevel_code 1 L + +2. ratelevel_name 30 Level (Rates are calculated using the value of the component for a given series as the numerator and the average of the current and prior quarter levels (either employment or establishment counts) as the denominator. The BD program does not produce data for levels, but those data can be obtained at www.bls.gov/cew + + + +File Name: bd.sizeclass + +Field #/Data Element Length Value(Example) + +1. sizeclass_code 2 00 + +2. sizeclass_name 100 All size classes (00 is for industry and/or state data, 01 to 09 is for firm size class, >=10 is for establishment level by size of employment change) + + + +File Name: bd.state + +Field #/Data Element Length Value(Example) + +1. state_code 2 06 + +2. state_name 30 California + + + +File Name: bd.unitanalysis + +Field #/Data Element Length Value(Example) + +1. unitanalysis_code 1 1 + +2. unitanalysis_name 30 Establishment + + + +========================================================================================= +Section 7 +========================================================================================= +BUSINESS EMPLOYMENT DYNAMICS(BD) DATABASE ELEMENTS + +Data Element Length Value(Example) Description + +begin_period 3 M01-M13 Identifies first data observation + Q01-Q05 within the first year for which + Ex: M06=June data are available for a given + (M=Monthly, M13=Annual time series. + Avg, Q=Quarterly, Q05= + Annual Avg) + +begin_year 4 YYYY Identifies first year for which + Ex: 1992 data are available for a given + time series. + +county_code 3 000 Code identifying the county of the + observation. + +county_name 100 Text County name of the observation. + Ex. National + +dataclass_code 2 02 Code identifying the data class + of the observation. + +dataclass_name 60 Text Data class name of the observation. + Ex: Expansions + +dataelement_code 1 1 Code identifying the data element + of the observation. + +dataelement_name 80 Text Data element name of the observation. + Ex: Employment + +end_period 3 M01-M13 Identifies last data observation + Q01-Q04 within the last year for which + Ex: M06=June data are available for a given + (M=Monthly, M13=Annual time series. + Avg, Q=Quarterly, Q05= + Annual Avg) + +end_year 4 YYYY Identifies last year for which + Ex: 2020 data are available for a given + time series. + +footnote_codes 10 It varies Identifies footnotes for the data + series. + +industry_code 6 000000 Code identifying industry. + +industry_name 100 Text Name of industry. + Ex: Grocery Stores + +msa_code 5 00000 Code identifying the msa's for the data + observation. + +msa_name 100 Text MSA name of the observation. + Ex. National + +ownership_code 1 5 Code identifying ownership of the data + observation. + +ownership_name 30 Text Ownership name of the observation. + Ex.Private Sector + +period 3 M01-M13 Identifies period for which + Q01-Q04 data is observed. + Ex: M06=June + (M=Monthly, M13=Annual + Avg, Q=Quarterly, Q05= + Annual Avg) + +periodicity_code 1 Q Code identifying the periodicity of the + data observation. + +periodicity_name 30 Text Periodicity name of the observation. + Ex. Quarterly + +ratelevel_code 1 Ex: L Code identifying the rate level + of the observation. + +ratelevel_name 30 Text Description of rate level. + Ex: Level + +seasonal 1 S=Seasonally Code identifying whether the + Adjusted data are seasonally adjusted. + U=Unadjusted + +series_id 30 BDS0000006000200090110004LQ5 Code identifying the specific + series. + +sizeclass_code 2 01, 13 Code identifying size class of the data + observation (00 is for industry and/or state data, 01 to 09 is for firm size class, >=10 is for establishment level by size of employment change). + +sizeclass_name 100 Text Description of size class. + Ex. 1 to 4 employees, 4 jobs (indicating an establishment either gained or lost 4 jobs from the prior quarter) + +state_code 2 00 Code identifying the state that the + observation belongs to. + +state_name 30 Text State name of the observation. + Ex. National + +unitanalysis_code 1 1 Code idenifying the unit analysis of the data + observation. + +unitanalysis_name 30 Text Unit analysis name of the observation. + Ex. Establishment + +value 12 103623 Data value for series. + +year 4 YYYY Identifies year of observation. + Ex: 2003 + diff --git a/bls/bd/bd_contacts.parquet b/bls/bd/bd_contacts.parquet new file mode 100644 index 0000000000000000000000000000000000000000..25fa96928cd27781819376d3b56236b2d191353c --- /dev/null +++ b/bls/bd/bd_contacts.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:7b96dec298f764bf3eb0e4bc2a3318b556b55d88a94ab036581aa41be47d2078 +size 1847 diff --git a/bls/bd/bd_county.parquet b/bls/bd/bd_county.parquet new file mode 100644 index 0000000000000000000000000000000000000000..08f935718af496889fcb8dbb9457138c9260b8bd --- /dev/null +++ b/bls/bd/bd_county.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:9d2d2ed3da1e0f5be53ba9b2f8ca692cca2f6a3f5db6826bca8852970e156cfd +size 1746 diff --git a/bls/bd/bd_data_0_Current.parquet b/bls/bd/bd_data_0_Current.parquet new file mode 100644 index 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sha256:1cdf64d238313aa4b66d5d65dea124ab816e10dda2a51a0197039e05e51823cb +size 2150 diff --git a/bls/bd/bd_state.parquet b/bls/bd/bd_state.parquet new file mode 100644 index 0000000000000000000000000000000000000000..d52d01dfe1bb0bf725ffbf5bd3ecdc84e96e0c22 --- /dev/null +++ b/bls/bd/bd_state.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:e85bebf87111a3a51c9f530c423f86ded651516dad76b136e6dc7412c3626e9e +size 2344 diff --git a/bls/bd/bd_unitanalysis.parquet b/bls/bd/bd_unitanalysis.parquet new file mode 100644 index 0000000000000000000000000000000000000000..51710580656da74b72455679b11f4ae87ce872f5 --- /dev/null +++ b/bls/bd/bd_unitanalysis.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:c144923266b655a9afaea55a5f41b9c2eaba9215f5e16fb6b3e91663e8819013 +size 1865 diff --git a/bls/bg/README.md b/bls/bg/README.md new file mode 100644 index 0000000000000000000000000000000000000000..8702f27c0428d0f52ecddc031bacf21f53ed5fcf --- /dev/null +++ b/bls/bg/README.md @@ -0,0 +1,20 @@ +# BLS survey `bg` + +Source: U.S. Bureau of Labor Statistics, LABSTAT time-series database (https://download.bls.gov/pub/time.series/bg/). Public domain U.S. government data. Credit: U.S. Bureau of Labor Statistics. + +Survey documentation: `bg.txt`. + +`*_series.parquet` defines each series_id (labels); `*_data_*.parquet` holds series_id, year, period (M01-M12 monthly, Q0x quarterly, A01/M13 annual), value, footnote_codes; other files map codes to labels. + +| file | rows | columns | +|---|---|---| +| bg.alteration | 5 | BG Alteration | +| bg.contacts | -1 | | +| bg.data.1.AllData | 784 | series_id, year, period, value, cont_break, status, footnote_exists | +| bg.duration | 1 | All contracts in effect | +| bg.measure | 23 | BG Measure | +| bg.period | 5 | period, period_abbr, period_name | +| bg.sector | 5 | BG Sector | +| bg.selection | 1 | All contracts in effect in selected period | +| bg.series | 25 | series_id, measure_code, unit_code, alteration_code, sector_code, contract_duration, contract_selection, seasonal, begin_year, begin_period, end_year, end_period | +| bg.unit | 4 | BG Unit | diff --git a/bls/bg/bg.contacts b/bls/bg/bg.contacts new file mode 100644 index 0000000000000000000000000000000000000000..5926ae7da6c02139d173c032c927fee3f9d9571a --- /dev/null +++ b/bls/bg/bg.contacts @@ -0,0 +1,24 @@ +Collective Bargaining Agreements Contacts + + +Collective Bargaining Agreements File: + +Michael Cimini (202) 691-6275 Cimini_M@bls.gov +John Steinmeyer (202) 691-6284 Steinmeyer_J@bls.gov +Fehmida Sleemi (202) 691-6282 Sleemi_F@bls.gov +Edward Wasilewski (202) 691-6288 Wasilewski_E@bls.gov + +Work Stoppages: + +Fehmida Sleemi (202) 691-6282 Sleemi_F@bls.gov +Michael Cimini (202) 691-6275 Cimini_M@bls.gov + + +To Subscribe to or Purchase Copies of Compensation and Working Conditions: + +Send requests to: +Superintendent of Documents, Government Printing Office,Washington, DC 20402-0001 +Telephone: 202-512-2303 + +****************************************************************************** + diff --git a/bls/bg/bg.txt b/bls/bg/bg.txt new file mode 100644 index 0000000000000000000000000000000000000000..f39f450dca6c68e6cd10a829093e428176a3215f --- /dev/null +++ b/bls/bg/bg.txt @@ -0,0 +1,393 @@ + Collective Bargaining Series - State and Local Government (BG) + bg.txt + + +Section Listing + +1. Survey Definition +2. FTP files listed in the survey directory. +3. Time series, series file, data file, & mapping file definitions and relationships +4. Series file format and field definitions +5. Data file format and field definitions +6. Mapping file formats and field definitions +7. Data Element Dictionary +================================================================================ +Section 1 +================================================================================ + +The following is a definition of: COLLECTIVE BARGAINING SERIES - + STATE AND LOCAL GOVERNMENT (BG) + +Survey Description: This series summarizes wage-rate changes in major +collective bargaining units (those with 1,000 workers or more) in State and +local governments where: (1) A labor organization is recognized as the +bargaining agent for a group of workers; (2) the settlements are embodied +in signed, mutually binding contracts; and (3) wages are determined by +collective bargaining. Wage-rate change data are measured for units of +1,000 workers or more; compensation measures are compiled for settlements +of 5,000 workers or more. + +Summary Data Available: + +Wage Rate Changes: Two types of information are presented. "Settlement" +data measure the net impact of increases, decreases, and no change in wage +rates as a result of new settlements reached during the reference period. +Changes scheduled during the first 12 months after the contract effective +date (first-year) and all changes over the contract term expressed as an +annual rate (over the life) are presented. Data on "wage rate changes under +all major agreements" include increases, decreases, and no change in the +reference period stemming from settlements in that period, from earlier +settlements with changes deferred to the period, and from COLA adjustments. + +Compensation Changes: These data measure changes (increases, decreases, and +no change) in employee compensation (wages and benefits) resulting from +settlements negotiated in the reference period covering 5,000 workers or +more. Both changes occurring within 12 months of the contract effective +date (first year) and all changes that will occur over the contract term +expressed as an annual rate (over the life) are presented. "Compensation +changes" measure changes in the costs for employee compensation including +specified lump-sum payments and reflects both the size and timing of +compensation rate changes. + +Frequency of Observations: Data are presented semiannually and by calendar +year. + +Data Characteristics: All percent changes are stored with one decimal +place. All employment measures are in millions. + +Updating Schedule: Updates are available in February and August. + +References: BLS Handbook of Methods, Chapter 7, "Negotiated Wage and + Benefit Changes", Bulletin 2285 (1988). +================================================================================== +Section 2 +================================================================================== +The following Collective Bargaining Series (State and Local Government) files are +on the BLS internet in the sub-directory pub/time.series/bg: + + + bg.alteration - Alteration codes mapping file + bg.contacts - Contacts for bg survey + bg.data.1.AllData - All data + bg.duration - Duration codes mapping file + bg.measure - Measure codes mapping file + bg.period - Period codes mapping file + bg.sector - Sector codes mapping file + bg.selection - Selection codes mapping file + bg.series - All series and their beginning and end dates + bg.txt - General information + bg.unit - Unit codes mapping file + +================================================================================= +Section 3 +================================================================================= +The definition of a time series, its relationship to and the interrelationship +among series, data and mapping files is detailed below: + +A time series refers to a set of data observed over an extended period of time +over consistent time intervals (i.e. monthly, quarterly, semi-annually, annually). +BLS time series data are typically produced at monthly intervals and represent data +ranging from a specific consumer item in a specific geographical area whose price +is gathered monthly to a category of worker in a specific industry whose employment +rate is being recorded monthly, etc. + +The FTP files are organized such that data users are provided with the following +set of files to use in their efforts to interpret data files: + +a) a series file (only one series file per survey) +b) mapping files +c) data files + +The series file contains a set of codes which, together, compose a series +identification code that serves to uniquely identify a single time series. +Additionally, the series file also contains the following series-level information: + +a) the period and year corresponding to the first data observation +b) the period and year corresponding to the most recent data observation. + +The mapping files are definition files that contain explanatory text descriptions +that correspond to each of the various codes contained within each series +identification code. + +The data file contains one line of data for each observation period pertaining to a +specific time series. Each line contains a reference to the following: + +a) a series identification code +b) year in which data is observed +c) period for which data is observed (M13, Q05, and S03 indicate annual averages) +d) value +e) footnote code (if available) +================================================================================= +Section 4 +================================================================================= +File Structure and Format: The following represents the file format used to define +bg.series. Note that the Field Numbers are for reference only; they do not exist +in the database. Data files are in ASCII text format. Data elements are separated +by tabs; the first record of each file contains the column headers for the data +elements stored in each field. Each record ends with a new line character. + +Field #/Data Element Length Value(Example) + +1. series_id 13 BGU01111001 + +2. measure_code 2 00 + +3. unit_code 1 1 + +4. alteration_code 1 1 + +5. sector_code 1 1 + +6. contract_duration 1 0 + +7. contract_selection 2 00 + +8. seasonal 1 U + +9. begin_year 4 1984 + +10. begin_period 3 Q02 + +11. end_year 4 1995 + +12. end_period 3 Q02 + + + +The series_id (BGU01111001) can be broken out into: + +Code Value(Example) + +survey abbreviation = BG +seasonal (code) = U +measure_code = 01 +unit_code = 1 +alteration_code = 1 +sector_code = 1 +contract_duration = 0 +contract_selection = 01 +================================================================================== +Section 5 +================================================================================== +File Structure and Format: The following represents the file format used to define +each data file. Note that the field numbers are for reference only; they do not +exist in the database. Data files are in ASCII text format. Data elements are +separated by tabs; the first record of each file contains the column headers for +the data elements stored in each field. Each record ends with a new line character. + + +File Name: bg.data.1.AllData + +The above-named data file has the following format: + +Field #/Data Element Length Value(Example) + +1. series_id 13 BGU01111001 + +2. year 4 1984 + +3. period 3 Q01 + +4. value 12 3.9 + +5. cont_break 1 N + +6. status 1 F + +7. footnote_exists 1 N + + +The series_id (BGU01111001) can be broken out into: + +Code Value(Example) + +survey abbreviation = BG +seasonal (code) = U +measure_code = 01 +unit_code = 1 +alteration_code = 1 +sector_code = 1 +contract_duration = 0 +contract_selection = 01 +================================================================================ +Section 6 +================================================================================ +File Structure and Format: The following represents the file format used to define +each mapping file. Note that the field numbers are for reference only; they do not +exist in the database. Mapping files are in ASCII text format. Data elements are +separated by tabs; the first record of each file contains the column headers for the +data elements stored in each field. Each record ends with a new line character. + + +File Name: bg.alteration + +Field #/Data Element Length Value(Example) + +1. alteration_code 1 1 + +2. alteration_text 50 Text + + +File Name: bg.duration + +Field #/Data Element Length Value(Example) + +1. contract_duration 1 0 + +2. contract_duration_text 50 Text + + +File Name: bg.measure + +Field #/Data Element Length Value(Example) + +1. measure_code 2 01 + +2. measure_text 90 Text + + +File Name: bg.period + +Field #/Data Element Length Value(Example) + +1. period 3 Q01 + +2. period_abbr 5 QTR2 + +3. period_name 20 Text + + +File Name: bg.sector + +Field #/Data Element Length Value(Example) + +1. sector_code 1 1 + +2. sector_name 40 Text + + +File Name: bg.selection + +Field #/Data Element Length Value(Example) + +1. contract_selection 2 01 + +2. contract_selection_text 80 Text + + +File Name: bg.unit + +Field #/Data Element Length Value(Example) + +1. unit_code 1 1 + +2. unit_text 20 Text + +========================================================================================= +Section 7 +========================================================================================= +COLLECTIVE BARGAINING SERIES - STATE AND LOCAL GOVERNMENT (BG) + DATABASE ELEMENTS + + +Data Element Length Value(Example) Description + +alteration_code 1 1 Code identifying the type of + change measured by the observation. + +alteration_text 50 Text Description of type of change + Ex: Changes (net measured by the observation. + increases, and no + change) + +begin_period 3 Q03 Identifies first data observation + Ex: Q03=3rd Quarter within the first year for which + (Q=Quarterly, Q05= data is available for a given + Annual Average) time series. + +begin_year 4 1975 Identifies first year for which + data is available for a given + time series. + +cont_break 1 Y=Continuity break Identifies point at which data + N=No break within a series are no longer + comparable. + +contract_ 1 0 Code identifying the length +duration of the contract. + +contract_ 50 Text Description of the length of +duration_text Ex: All contracts contract. + +contract_ 2 01 Code identifying the contracts +selection negotiated in the period. + +contract_ 80 Text Description of contracts +selection_text Ex: All contracts negotiated in the period. + negotiated in periods + +end_period 3 Q05 Identifies last data observation + Ex: Q05=Annual Average within the last year for which + (Q=Quarterly, Q05= data is available for a given + Annual Average) time series. + +end_year 4 1980 Identifies last year for which + data is available for a given + time series. + +footnote_exists 1 N=No footnote Identifies whether a footnote + Y=Footnote exists for the data series. + (To see footnote, refer to + publication.) + +measure_code 2 01 The measure identifier. + +measure_text 90 Text Name of element being + Ex: Settlements, 1st measured by the observation. + compensation. + +period_abbr 5 QTR2 Abbreviation of period name. + +period 3 Q01 Identifies period for which + Ex: Q01=1st Quarter data is observed. + (Q=Quarterly, Q05= + Annual Average) + +period_name 20 Text Full name of period to which + Ex: First half the data observation refers. + +seasonal 1 S=Seasonally Code identifying whether the + Adjusted data are seasonally adjusted. + U=Unadjusted + +sector_code 1 1 Code identifying the sector + of the economy. + +sector_name 40 Text Name of economic sector to + Ex: State and local which data refer. + government + +series_id 13 BGU01111001 Code identifying the specific + series. + +status 1 F=Final data Code identifying whether data + P=Premliminary data are preliminary or final. + +unit_code 1 1 Code identifying the unit + of measurement. + +unit_text 20 Text Name of unit of measurement + Ex: Mean (in percents) for observation. + +value 12 Data value Observation for the series. + +year 4 1990 Identifies year of observation. + + + + + + + + + \ No newline at end of file diff --git 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0000000000000000000000000000000000000000..65856d35adae8601f234fe3a0caa2017d9298a1e --- /dev/null +++ b/bls/bg/bg_sector.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:3c313c0e4374323e88778390e6a3cb41e9a026a0e39bac4e3beb099e84f25a01 +size 1394 diff --git a/bls/bg/bg_selection.parquet b/bls/bg/bg_selection.parquet new file mode 100644 index 0000000000000000000000000000000000000000..fbe206416821b844710411c35e93ca2f4f47486f --- /dev/null +++ b/bls/bg/bg_selection.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:2f1e9eef620e8fbac9002e86a85dc7c11c05ec926e278e16728b734aaf13268c +size 1706 diff --git a/bls/bg/bg_series.parquet b/bls/bg/bg_series.parquet new file mode 100644 index 0000000000000000000000000000000000000000..211b25b2171574048d078606cdae6888e27468d5 --- /dev/null +++ b/bls/bg/bg_series.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:032c2d4c5f7077d3fe0aa85e7a3d7447820ea8041d99fb4756c84e8a5065647c +size 7391 diff --git a/bls/bg/bg_unit.parquet b/bls/bg/bg_unit.parquet new file mode 100644 index 0000000000000000000000000000000000000000..613c575ccc4529b7764bf14feb8bb9d01773a13f --- /dev/null +++ b/bls/bg/bg_unit.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:fdef18b6d1c1d167bea10dfc66e68f527aef74956b1619520d410674d53e02f6 +size 1315 diff --git a/bls/bp/README.md b/bls/bp/README.md new file mode 100644 index 0000000000000000000000000000000000000000..e0704b01e16d4a11813df4b13b41d436af881fe0 --- /dev/null +++ b/bls/bp/README.md @@ -0,0 +1,21 @@ +# BLS survey `bp` + +Source: U.S. Bureau of Labor Statistics, LABSTAT time-series database (https://download.bls.gov/pub/time.series/bp/). Public domain U.S. government data. Credit: U.S. Bureau of Labor Statistics. + +Survey documentation: `bp.txt`. + +`*_series.parquet` defines each series_id (labels); `*_data_*.parquet` holds series_id, year, period (M01-M12 monthly, Q0x quarterly, A01/M13 annual), value, footnote_codes; other files map codes to labels. + +| file | rows | columns | +|---|---|---| +| bp.alteration | 6 | BP Alteration | +| bp.contacts | -1 | | +| bp.data.1.AllData | 4631 | series_id, year, period, value, cont_break, status, footnote_exists | +| bp.duration | 1 | All contracts in effect | +| bp.industry | 9 | BP Industry | +| bp.measure | 55 | BP Measure | +| bp.period | 5 | period, period_abbr, period_name | +| bp.periodicity | 2 | periodicity_code, periodicity_text | +| bp.selection | 1 | All contracts in effect in selected period | +| bp.series | 95 | series_id, measure_code, unit_code, periodicity_code, alteration_code, industry_code, contract_duration, contract_selection, seasonal, begin_year, begin_period, end_year, end_period | +| bp.unit | 4 | BP Unit | diff --git a/bls/bp/bp.contacts b/bls/bp/bp.contacts new file mode 100644 index 0000000000000000000000000000000000000000..5926ae7da6c02139d173c032c927fee3f9d9571a --- /dev/null +++ b/bls/bp/bp.contacts @@ -0,0 +1,24 @@ +Collective Bargaining Agreements Contacts + + +Collective Bargaining Agreements File: + +Michael Cimini (202) 691-6275 Cimini_M@bls.gov +John Steinmeyer (202) 691-6284 Steinmeyer_J@bls.gov +Fehmida Sleemi (202) 691-6282 Sleemi_F@bls.gov +Edward Wasilewski (202) 691-6288 Wasilewski_E@bls.gov + +Work Stoppages: + +Fehmida Sleemi (202) 691-6282 Sleemi_F@bls.gov +Michael Cimini (202) 691-6275 Cimini_M@bls.gov + + +To Subscribe to or Purchase Copies of Compensation and Working Conditions: + +Send requests to: +Superintendent of Documents, Government Printing Office,Washington, DC 20402-0001 +Telephone: 202-512-2303 + +****************************************************************************** + diff --git a/bls/bp/bp.txt b/bls/bp/bp.txt new file mode 100644 index 0000000000000000000000000000000000000000..8df540e541513999d1236e87af3bac78d6cfe088 --- /dev/null +++ b/bls/bp/bp.txt @@ -0,0 +1,406 @@ + Collective Bargaining Series - Private Sector (BP) + bp.txt + + +Section Listing + +1. Survey Definition +2. FTP files listed in the survey directory. +3. Time series, series file, data file, & mapping file definitions and relationships +4. Series file format and field definitions +5. Data file format and field definitions +6. Mapping file formats and field definitions +7. Data Element Dictionary +================================================================================ +Section 1 +================================================================================ + +The following is a definition of: COLLECTIVE BARGAINING SERIES - PRIVATE SECTOR (BP) + +Survey Description: This series summarizes wage-rate changes in major +collective bargaining agreements (covering 1,000 workers or more) for +production and related workers in manufacturing and nonsupervisory workers +in nonmanufacturing. Compensation (wages and benefits) changes are measured +for agreements covering 5,000 workers or more. + +Summary Data Available: + +Wage-Rate Changes: "Settlements" data measure specified net increases, +decreases, and zero change in wage rates resulting from settlements +negotiated in the reference period. Changes occurring within 12 months of +the contract effective date ("first-year") and all changes that occur over +the contract term expressed as an annual rate ("over the life") are +presented. Data on "wage-rate changes under all major agreements" include +increases, decreases and zero change in wage rates during the reference +period for all workers in the series, regardless of the contract settlement +date. Included are changes stemming from settlements reached in the +calendar year, from agreements reached in a prior year with changes deferred +to the reference period, and from COLA clauses. Lump-sum payments are +excluded from "settlements" data and from "wage-rate changes under all major +agreements". + +Compensation Changes: These data reflect changes (net increases, decreases, +and zero change) in employee compensation (wages and benefits) resulting +from settlements covering 5,000 workers or more which were negotiated in the +reference period. The "compensation rate" change measures net increases, +decreases, and zero change in compensation rates per work hour resulting +from contract settlements. Lump-sum payments are excluded. Changes +occurring within 12 months of the contract effective date ("first year") and +all changes that occur over the contract term expressed as an annual rate +("over the life") are presented. The "compensation cost" change measures +net increases, decreases, and zero change in the costs for employee +compensation per work hour, including specified lump-sum payments, and +reflects the timing of compensation rate changes. Changes that occur over +the contract term are expressed as an annual rate ("over the life"). + +Frequency of Observations: Data are presented by quarter, calendar year and +for 4-quarter periods that may extend into each of 2 calendar years. + +Data Characteristics: All percent changes are stored with one decimal +place. All employment measures are in millions. + +Updating Schedule: Updates are available about 4 weeks after the end of +each calendar quarter. + +References: BLS Handbook of Methods, Chapter 7, "Negotiated Wage and + Benefit Changes", Bulletin 2285 (1988). +================================================================================== +Section 2 +================================================================================== +The following Collective Bargaining Series (Private Sector) files are on the BLS +internet in the sub-directory pub/time.series/bp: + + + bp.alteration - Alteration codes mapping file + bp.contacts - Contacts for bp survey + bp.data.1.AllData - All Data + bp.duration - Duration codes mapping file + bp.industry - Industry codes mapping file + bp.measure - Measure codes mapping file + bp.period - Period codes mapping file + bp.periodicity - Periodicity codes mapping file + bp.selection - Selection codes mapping file + bp.series - All series and their beginning and end dates + bp.txt - General information + bp.unit - Unit codes mapping file +================================================================================= +Section 3 +================================================================================= +The definition of a time series, its relationship to and the interrelationship +among series, data and mapping files is detailed below: + +A time series refers to a set of data observed over an extended period of time +over consistent time intervals (i.e. monthly, quarterly, semi-annually, annually). +BLS time series data are typically produced at monthly intervals and represent data +ranging from a specific consumer item in a specific geographical area whose price +is gathered monthly to a category of worker in a specific industry whose employment +rate is being recorded monthly, etc. + +The FTP files are organized such that data users are provided with the following +set of files to use in their efforts to interpret data files: + +a) a series file (only one series file per survey) +b) mapping files +c) data files + +The series file contains a set of codes which, together, compose a series +identification code that serves to uniquely identify a single time series. +Additionally, the series file also contains the following series-level information: + +a) the period and year corresponding to the first data observation +b) the period and year corresponding to the most recent data observation. + +The mapping files are definition files that contain explanatory text descriptions +that correspond to each of the various codes contained within each series +identification code. + +The data file contains one line of data for each observation period pertaining to a +specific time series. Each line contains a reference to the following: + +a) a series identification code +b) year in which data is observed +c) period for which data is observed (M13, Q05, and S03 indicate annual averages) +d) value +e) footnote code (if available) +================================================================================= +Section 4 +================================================================================= +File Structure and Format: The following represents the file format used to define +bp.series. Note that the Field Numbers are for reference only; they do not exist +in the database. Data files are in ASCII text format. Data elements are separated +by tabs; the first record of each file contains the column headers for the data +elements stored in each field. Each record ends with a new line character. + +Field #/Data Element Length Value(Example) + +1. series_id 13 BPU0114101001 + +2. measure_code 2 01 + +3. unit_code 1 1 + +4. periodicity_code 1 1 + +5. alteration_code 1 1 + +6. industry_code 2 01 + +7. contract_duration 1 0 + +8. contract_selection 2 01 + +9. seasonal 1 U + +10. begin_year 4 1983 + +11. begin_period 3 Q01 + +12. end_year 4 1995 + +13. end_period 3 Q04 + + +The series_id (BPU0114101001) can be broken out into: + +Code Value(Example) + +survey abbreviation = BP +seasonal (code) = U +measure_code = 01 +unit_code = 1 +periodicity_code = 4 +alteration_code = 1 +industry_code = 01 +contract_duration = 0 +contract_selection = 01 +================================================================================== +Section 5 +================================================================================== +File Structure and Format: The following represents the file format used to define +each data file. Note that the field numbers are for reference only; they do not +exist in the database. Data files are in ASCII text format. Data elements are +separated by tabs; the first record of each file contains the column headers for +the data elements stored in each field. Each record ends with a new line character. + +File Name: bp.data.1.AllData + +The above-named data file has the following format: + +Field #/Data Element Length Value(Example) + +1. series_id 13 BPU0114101001 + +2. year 4 1995 + +3. period 3 Q01 + +4. value 12 2.3 + +5. cont_break 1 N + +6. status 1 F + +7. footnote_exists 1 N + + +The series_id (BPU0114101001) can be broken out into: + +Code Value(Example) + +survey abbreviation = BP +seasonal (code) = U +measure_code = 01 +unit_code = 1 +periodicity_code = 4 +alteration_code = 1 +industry_code = 01 +contract_duration = 0 +contract_selection = 01 +================================================================================ +Section 6 +================================================================================ +File Structure and Format: The following represents the file format used to define +each mapping file. Note that the field numbers are for reference only; they do not +exist in the database. Mapping files are in ASCII text format. Data elements are +separated by tabs; the first record of each file contains the column headers for the +data elements stored in each field. Each record ends with a new line character. + + +File Name: bp.alteration + +Field #/Data Element Length Value(Example) + +1. alteration_code 1 1 + +2. alteration_text 50 Text + + +File Name: bp.duration + +Field #/Data Element Length Value(Example) + +1. contract_duration 1 0 + +2. contract_duration_text 50 Text + + +File Name: bp.industry + +Field #/Data Element Length Value(Example) + +1. industry_code 2 01 + +2. industry_name 40 Text + + +File Name: bp.measure + +Field #/Data Element Length Value(Example) + +1. measure_code 2 01 + +2. measure_text 90 Text + + +File Name: bp.period + +Field #/Data Element Length Value(Example) + +1. period 3 Q01 + +2. period_abbr 5 QTR1 + +3. period_name 20 Text + + +File Name: bp.periodicity + +Field #/Data Element Length Value(Example) + +1. periodicity_code 1 1 + +2. periodicity_text 40 Text + + +File Name: bp.selection + +Field #/Data Element Length Value(Example) + +1. contract_selection 2 01 + +2. contract_selection_text 80 Text + + +File Name: bp.unit + +Field #/Data Element Length Value(Example) + +1. unit_code 1 1 + +2. unit_text 20 Text +========================================================================================= +Section 7 +========================================================================================= +COLLECTIVE BARGAINING SERIES - PRIVATE SECTOR (BP) DATABASE ELEMENTS + + +Data Element Length Value(Example) Description + +alteration_code 1 1 Code identifying the type of + change measured by the observation. + +alteration_text 50 Text Description of type of change + Ex: Increases only measured by the observation. + +begin_period 3 A01 Identifies first data observation + Ex: A01=Annual data within the first year for which + (Q=Quarterly, A=Annual) data is available for a given + time series. + +begin_year 4 1975 Identifies first year for which + data is available for a given + time series. + +cont_break 1 Y=Continuity break Identifies point at which + N=No break data within a series are no + longer comparable. + +contract_ 1 0 Code identifying the length +duration of the contract. + +contract_ 50 Text Description of the length +duration_text Ex: All contracts of contract. + +contract_ 2 01 Code identifying the contracts +selection negotiated in the period. + +contract_ 80 Text Description of contracts +selection_text Ex: All contracts negotiated in the period. + in period. + +end_period 3 Q04 Identifies last data observation + Ex: Q04=Fourth quarter within the last year for which + (Q=Quarterly, A=Annual) data is available for a given + time series. + +end_year 4 1980 Identifies last year for which + data is available for a given + time series. + +footnote_exists 1 N=No footnote Identifies whether a footnote + Y=Footnote exists for the data series. + (To see footnote, refer to + publication.) + +industry_code 2 01 Code identifying the industry. + +industry_name 40 Text Name of the industry. + Ex: All industries + +measure_code 2 01 The measure identifier. + +measure_text 90 Text Name of element being + Ex: Settlements, 1st measured by the observation. + Year Compensation. + +period_abbr 5 QTR1 Abbreviation of period name. + +period 3 Q01 Identifies period for which + Ex: Q01=First Quarter data is observed. + (Q=Quarterly, A=Annual) + +period_name 20 Text Full name of period to which + Ex: 1st Quarter the data observation refers. + +periodicity_ 1 1 Code identifying the frequency +code of the observation. + +periodicity_ 40 Text Frequency of the observation. +text Ex: Four quarters + ending + +seasonal 1 S=Seasonally Code identifying whether the + Adjusted data are seasonally adjusted. + U=Unadjusted + +series_id 13 BPU0114101001 Code identifying the specific + series. + +status 1 F=Final data Code identifying whether data + P=Premliminary data are preliminary or final. + +unit_code 1 1 Code identifying the unit + of measurement. + +unit_text 20 Text Name of unit of measurement + Ex: Mean (in percent) for observation. + +value 12 Data value Observation for the series. + +year 4 1990 Identifies year of observation. + + + + + + \ No newline at end of file diff --git a/bls/bp/bp_alteration.parquet b/bls/bp/bp_alteration.parquet new file mode 100644 index 0000000000000000000000000000000000000000..49d9271d10f63a93a7a1b2121dd360914778d08f --- /dev/null +++ b/bls/bp/bp_alteration.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:3e0ff8e476f2f28c86665f4b0e27c8800485aa992a9e9f84a062ba6617254723 +size 1512 diff --git a/bls/bp/bp_data_1_AllData.parquet b/bls/bp/bp_data_1_AllData.parquet new file mode 100644 index 0000000000000000000000000000000000000000..7808076bd53aa2fbbc509dfc8a5ed13068973ba7 --- /dev/null +++ b/bls/bp/bp_data_1_AllData.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:79ed20d23dea17daa622eec64d885ca16cac0658cd93c63ea01993ef4ca10aed +size 9258 diff --git a/bls/bp/bp_duration.parquet b/bls/bp/bp_duration.parquet new file mode 100644 index 0000000000000000000000000000000000000000..e1124f77c45bc7dcc1d4f4ad6bed276a08e883d5 --- /dev/null +++ b/bls/bp/bp_duration.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:4736ca767c85fcb7c2f01837ab7f03e1b66d2da2108ea80014595378c7cc4d64 +size 1448 diff --git a/bls/bp/bp_industry.parquet b/bls/bp/bp_industry.parquet new file mode 100644 index 0000000000000000000000000000000000000000..1010f01e008997e017b996877fc40d3703377512 --- /dev/null +++ b/bls/bp/bp_industry.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:4d90a323ec2e856abd03a3d67bc895c200f6c4a614bde2e4a54bd910ecf73a16 +size 1480 diff --git a/bls/bp/bp_measure.parquet b/bls/bp/bp_measure.parquet new file mode 100644 index 0000000000000000000000000000000000000000..b8fcdf9dc89e233615a42fe6cd1d8558fc0ef70d --- /dev/null +++ b/bls/bp/bp_measure.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:4ea12e6fd1948f7de3178c896729d031ddc5b9867a787d9103e75e27f6106eeb +size 2053 diff --git a/bls/bp/bp_period.parquet b/bls/bp/bp_period.parquet new file mode 100644 index 0000000000000000000000000000000000000000..4b6e83e11b42b05a3c732519754e3c559ae4b54c --- /dev/null +++ b/bls/bp/bp_period.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:1b21d9f1c44c762bde83e863e1d5e2b7ce306719cc8963be315fdc3fb0b8ca55 +size 2358 diff --git a/bls/bp/bp_periodicity.parquet b/bls/bp/bp_periodicity.parquet new file mode 100644 index 0000000000000000000000000000000000000000..5693f93c20a2809fdb33042e31e234f830f9767f --- /dev/null +++ b/bls/bp/bp_periodicity.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:1d1fb5d9cab03e106e821f289ffa69dee3bde54793917c0381d86e6caaef2f77 +size 1943 diff --git a/bls/bp/bp_selection.parquet b/bls/bp/bp_selection.parquet new file mode 100644 index 0000000000000000000000000000000000000000..8e2fdd9b85fed9c4fb8ddcd28b01318b3b530204 --- /dev/null +++ b/bls/bp/bp_selection.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:2a4df94acd7b712f7b369b708036c112d0143faca525dc2cf1539f91fd39f095 +size 1697 diff --git a/bls/bp/bp_series.parquet b/bls/bp/bp_series.parquet new file mode 100644 index 0000000000000000000000000000000000000000..95bc8b363da5db2447e5f6bf415da21abef3bec2 --- /dev/null +++ b/bls/bp/bp_series.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:b951f895bb658f74e0c7afccfb8028723035e70376bb95d6f3f9b584a3289e76 +size 8374 diff --git a/bls/bp/bp_unit.parquet b/bls/bp/bp_unit.parquet new file mode 100644 index 0000000000000000000000000000000000000000..234b6ea9df4866b537aa20eb19fd3850ec10ea14 --- /dev/null +++ b/bls/bp/bp_unit.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:d9c90083883a3ee7f7a0d21ed9800788406acf5cac6a299c9df193614d5f1c85 +size 1315 diff --git a/bls/ca/README.md b/bls/ca/README.md new file mode 100644 index 0000000000000000000000000000000000000000..06d2b29d13f3392f3a16dfcc9ccfdbdc3cca4591 --- /dev/null +++ b/bls/ca/README.md @@ -0,0 +1,34 @@ +# BLS survey `ca` + +Source: U.S. Bureau of Labor Statistics, LABSTAT time-series database (https://download.bls.gov/pub/time.series/ca/). Public domain U.S. government data. Credit: U.S. Bureau of Labor Statistics. + +Survey documentation: `ca.txt`. + +`*_series.parquet` defines each series_id (labels); `*_data_*.parquet` holds series_id, year, period (M01-M12 monthly, Q0x quarterly, A01/M13 annual), value, footnote_codes; other files map codes to labels. + +| file | rows | columns | +|---|---|---| +| ca.age | 88 | age_code, age_text | +| ca.case | 15 | case_code, case_text | +| ca.category | 2740 | case_code, category_code, category_text, display_level, selectable, sort_sequence | +| ca.contacts | 40 | Safety, Health, and Working Conditions Contacts: Injuries, Illnesses, and Fatalities (IIF) Program | +| ca.data.1.AllData | 52439022 | series_id, year, period, value, footnote_codes | +| ca.datatype | 9 | datatype_code, datatype_text | +| ca.event | 357 | event_code, event_text, display_level, selectable, sort_sequence | +| ca.footnote | 2 | footnote_code, footnote_text | +| ca.hour | 12 | hour_code, hour_text | +| ca.industry | 1067 | industry_code, industry_text, display_level, selectable, sort_sequence | +| ca.los | 6 | los_code, los_text | +| ca.medical | 4 | medical_code, medical_text | +| ca.nature | 324 | nature_code, nature_text, display_level, selectable, sort_sequence | +| ca.occupation | 1276 | occupation_code, occupation_text, display_level, selectable, sort_sequence | +| ca.ownership | 5 | ownership_code, ownership_text | +| ca.pob | 188 | pob_code, pob_text, display_level, selectable, sort_sequence | +| ca.race | 10 | race_code, race_text | +| ca.series | 52439022 | series_id, seasonal, category_code, datatype_code, case_code, age_code, los_code, race_code, sex_code, pob_code, event_code, source_code, occupation_code, nature_code, industry_code, time_code, hour_code, weekday_code, special_code, ownership_code, state_code, footnote_codes, begin_year, begin_period, end_year, end_period | +| ca.sex | 4 | sex_code, sex_text | +| ca.source | 1279 | source_code, source_text, display_level, selectable, sort_sequence | +| ca.special | 6 | special_code, special_text | +| ca.state | 47 | state_code, state_name, display_level, selectable, sort_sequence | +| ca.time | 8 | time_code, time_text | +| ca.weekday | 8 | weekday_code, weekday_text | diff --git a/bls/ca/ca.txt b/bls/ca/ca.txt new file mode 100644 index 0000000000000000000000000000000000000000..f1ff8b2e3a8ad6369533a7fa526555fc652a8f69 --- /dev/null +++ b/bls/ca/ca.txt @@ -0,0 +1,679 @@ +Occupational Injuries and Illnesses - Characteristics Data (ca) + ca.txt + +Section Listing + +1. Survey Definition +2. FTP files listed in the survey directory +3. Time series, series file, data file, & mapping file definitions and + relationships +4. Series file format and field definitions +5. Data file format and field definitions +6. Mapping file formats and field definitions +7. Data Element Dictionary + +======================================================================== +Section 1 +======================================================================== + +The following is a definition of: Biennial Nonfatal Occupational Injuries and Illnesses - +characteristics data (ca) + +Survey Description: In addition to industry data on injuries and illnesses, +survey respondents also are asked to provide additional information for a +subset of cases that resulted in a day away from work, job transfer, or +restriction. Employers answer several questions about these cases, including +the worker demographics and occupation as well as the case circumstances +surrounding the injury or illness case. Beginning with the 2021-2022 reference +period and continuing with 2023-2024 forward, this dataset expanded from including +only days away from work cases, to also including cases that resulted in a day of job +transfer restriction, as well as the combination of the two. This dataset moved to a +2-year reference period and will be released biennially (every other year). + +Summary of Data Available: Detailed breakouts of injury and illness data by +a variety of characteristics, including age, category, event, sex, +industry, length of service, nature, occupation, part of body, race, and +source are available. + +Frequency of Observations: Biennial data are available and released every other +year. The reference period in the files is the second year of the two-year period. +For example: For the biennial reference period 2023-2024, the time series data +indicates reference year 2024. + +Data Characteristics: Data are reported to one decimal place for rates, rounded +to the nearest 10 for counts, and whole number for median days. + +Updating Schedule: OSHS nonfatal injury and illness data characteristics data are +published biennially and include a reference period of 2 years. For example, +2023-2024 includes cases from both years. + +======================================================================== +Section 2 +======================================================================== + +The following Biennial Nonfatal Occupational Injuries and Illnesses - characteristics data +files are on the BLS internet in the sub-directory pub/time.series/ca: + + + ca.age - Age codes (mapping file) + ca.case - Case codes (mapping file) + ca.category - Category codes (mapping file) + ca.contacts - Contacts for ca survey + ca.data.0.Current - All current biennial year-to-date data + ca.data.1.AllData - All data + ca.datatype - Datatype codes (mapping file) + ca.event - Event codes (mapping file) + ca.footnote - Footnote codes (mapping file) + ca.sex - Sex codes (mapping file) + ca.hour - Hour codes (mapping file) + ca.industry - Industry codes (mapping file) + ca.los - Length of service (LOS) codes (mapping file) + ca.nature - Nature codes (mapping file) + ca.occupation - Occupation codes (mapping file) + ca.ownership - Ownership codes (mapping file) + ca.pob - Part of body (POB) codes (mapping file) + ca.race - Race codes (mapping file) + ca.series - All series with beginning and end dates + ca.source - Source codes (mapping file) + ca.special - Special codes (mapping file) + ca.state - State codes (mapping file) + ca.time - Time codes (mapping file) + ca.txt - General information + ca.weekday - Weekday codes (mapping file) + ca.medical - Codes to indicate medical treatment type (mapping file) + +============================================================================ +Section 3 +============================================================================ + +The definition of a time series, its relationship to and the +interrelationship among series, data and mapping files is detailed below: + +A time series refers to a set of data observed over an extended period of +time over consistent time intervals (i.e. monthly, quarterly, semi-annually, +annually). BLS time series data are typically produced at monthly intervals +and represent data ranging from a specific consumer item in a specific +geographic area whose price is gathered monthly to a category of worker in +a specific industry whose employment rate is being recorded monthly, etc. +In the case of the ca series, it is produced biennially (every other year) +and covers a two-year reference period (i.e. 2023-2024). The reference period +listed in the time series file will be the second year of the biennial reference +period. For example, for reference period 2023-2024, the time series file will +show annual 2024, reference period 2023-2024 will show annual 2024, etc. + +The FTP files are organized such that data users are provided with the +following set of files to use in their efforts to interpret data files: + +a) a series file (only one series file per survey) +b) mapping files +c) data files + +The series file contains a set of codes which, together, compose a series +identification code that serves to uniquely identify a single time series. +Additionally, the series file also contains the following series-level +information: + +a) the period and year corresponding to the first data observation +(in the case of ca, that is the biennial end year) +b) the period and year corresponding to the most recent data observation +(in the case of ca, that is the biennial end year) + +The mapping files are definition files that contain explanatory text +descriptions that correspond to each of the various codes contained within +each series identification code. + +The data file contains one line of data for each observation period +pertaining to a specific time series. Each line contains a reference to +the following: + +a) series identification code +b) year in which data is observed (in the case of ca, that is the biennial end year) +c) period for which data is observed (M13, Q05, and S03 indicate annual + averages) +d) value +e) footnote code (if available) + +============================================================================ +Section 4 +============================================================================ + +File Structure and Format: The following represents the file format used +to define ca.series. Note the Field Numbers are for reference only; they +do not exist in the database. Data files are in ASCII text format. Data +elements are separated by spaces; the first record of each file contains +the column headers for the data elements stored in each field. Each record +ends with a new line character. + +Field #/Data Element Length Value(Example) + +1. series_id 17 CAU00X11XXXX3E100 + +2. category_code 3 00X + +3. datatype_code 1 3 + +4. case_code 1 E + +5. age_code 6 00XXXX + +6. los_code 6 0XXXXX + +7. medical_code 6 CNYXXX + +8. race_code 6 0XXXXX + +9. sex_code 6 0XXXXX + +10. pob_code 6 0XXXXX + +11. event_code 6 0000XX + +12. source_code 6 0000XX + +13. occupation_code 6 000000 + +14. nature_code 6 0000XX + +15. industry_code 6 000000 + +16. time_code 6 000000 + +17. hour_code 6 000000 + +18. weekday_code 6 000000 + +19. special_code 6 000000 + +20. ownership_code 1 1 + +21. state_code 2 00 + +22. footnote_codes 10 Varies + +22. begin_year 4 2024 + +23. begin_period 3 A01 + +24. end_year 4 2024 + +25. end_period 3 A01 + +Note that for the ca series, the begin_year and end_year fields represent +the second year of the biennial period. For example, if 2024 is displayed +for the begin_year or end_year, then that represents the 2023-2024 period. +If 2024 is displayed, it represents the 2023-2024 period, etc. Additionally, +the begin_period and end_period are represented as A01 , but data are +published biennially and represent two years of data. + +The series_id (CAU00X11XXXX3E100) can be broken out into: + +Code = Value + +survey abbreviation = CA +seasonal adjustment code = U +category code = 00X +detail code = 11XXXX +datatype code = 3 +case code = E +ownership code = 1 +state code = 00 + +============================================================================ +Section 5 +============================================================================ + +File Structure and Format: The following represents the file format used +to define each data file. Note that the field numbers are for reference +only; they do not exist in the database. Data files are in ASCII text +format. Data elements are separated by spaces; the first record of each +file contains the column headers for the data elements stored in each field. +Each record ends with a new line character. + +The ca.data file may be partitioned into two separate files: + + 1. ca.data.0.Current = All current biennial year-to-date data + 2. ca.data.1.AllData = All data + +Both of the above data files have the following format: + +Field #/Data Element Length Value (Example) + +1. series_id 17 CAU00X11XXXX3E100 + +2. year 4 2024 + +3. period 3 A01 + +4. value 12 3.7 + +5. footnote_codes 10 Varies + +The series_id (CAU00X11XXXX3E100) can be broken out into: + +Code = Value + +survey abbreviation = CA +seasonal adjustment code = U +category code = 00X +detail code = 11XXXX +datatype code = 3 +case code = E +ownership code = 1 +state code = 00 + +============================================================================ +Section 6 +============================================================================ + +File Structure and Format: The following represents the file format used +to define each mapping file. Note that the field numbers are for reference +only; they do not exist in the database. Mapping files are in ASCII text +format. Data elements are separated by tabs; the first record of each file +contains the column headers for the data elements stored in each field. +Each record ends with a new line character. + +File Name: ca.age + +Field #/Data Element Length Value(Example) + +1. age_code 6 000000 + +2. age_text 100 Text + + +File Name: ca.case + +Field #/Data Element Length Value(Example) + +1. case_code 1 E + +2. case_text 100 Text + + +File Name: ca.category + +Field #/Data Element Length Value(Example) + +1. case_code 1 3 + +2. category_code 3 00X + +3. category_text 100 Text + + +File Name: ca.datatype + +Field #/Data Element Length Value(Example) + +1. datatype_code 1 3 + +2. datatype_text 100 Text + + +File Name: ca.event + +Field #/Data Element Length Value(Example) + +1. event_code 6 0XXXXX + +2. event_text 100 Text + + +File Name: ca.footnote + +Field #/Data Element Length Value(Example) + +1. footnote_code 1 P + +2. footnote_text 100 Text + + +File Name: ca.sex + +Field #/Data Element Length Value(Example) + +1. sex_code 6 000000 + +2. sex_text 100 Text + + +File Name: ca.hour + +Field #/Data Element Length Value(Example) + +1. hour_code 6 000000 + +2. hour_text 100 Text + + +File Name: ca.industry + +Field #/Data Element Length Value(Example) + +1. industry_code 6 000000 + +2. industry_text 100 Text + + +File Name: ca.los + +Field #/Data Element Length Value(Example) + +1. los_code 6 000000 + +2. los_text 100 Text + + +File Name: ca.medical + +Field #/Data Element Length Value(Example) + +1. medical_code 6 CNYXXX + +2. medical_text 100 Text + + +File Name: ca.nature + +Field #/Data Element Length Value(Example) + +1. nature_code 6 0XXXXX + +2. nature_text 100 Text + + +File Name: ca.occupation + +Field #/Data Element Length Value(Example) + +1. occupation_code 6 000000 + +2. occupation_text 100 Text + + +File Name: ca.ownership + +Field #/Data Element Length Value(Example) + +1. ownership_code 1 1 + +2. ownership_text 100 Text + + +File Name: ca.pob + +Field #/Data Element Length Value(Example) + +1. pob_code 6 0XXXXX + +2. pob_text 100 Text + + +File Name: ca.race + +Field #/Data Element Length Value(Example) + +1. race_code 6 000000 + +2. race_text 100 Text + + +File Name: ca.source + +Field #/Data Element Length Value(Example) + +1. source_code 6 0XXXXX + +2. source_text 100 Text + + +File Name: ca.special + +Field #/Data Element Length Value(Example) + +1. special_code 6 000000 + +2. special_text 100 Text + + +File Name: ca.state + +Field #/Data Element Length Value(Example) + +1. state_code 2 00 + +2. state_name 100 Text + + +File Name: ca.time + +Field #/Data Element Length Value(Example) + +1. time_code 6 000000 + +2. time_text 100 Text + + +File Name: ca.weekday + +Field #/Data Element Length Value(Example) + +1. weekday_code 6 000000 + +2. weekday_text 100 Text + +============================================================================ +Section 7 +============================================================================ + +BIENNIAL NONFATAL OCCUPATIONAL INJURIES AND ILLNESSES--CHARACTERISTICS DATA (ca) +DATABASE ELEMENTS + +Data Element Length Value(Example) Description + +age_code 6 000000 Code identifying age of + subjects for which data + are observed. + +age_text 100 Text Identifies age of subjects + Ex: 20-24 for which data are + observed. + +begin_period 3 A01 Identifies first data + Ex: A01=2024 observation within the + first year for which data + are available for a given + time series. + +begin_year 4 2024 Identifies first year for + which data are available + for a given time series. In + the case of ca, the begin_year + will represent the second year + of the two-year reference period. + For example begin_year=2024 + represents 2023-2024 data. + +case_code 1 A Code identifying type of + Ex: A=Industry case for which data are + division or available for a given time + selected + characteristics + by age. + +case_text 100 Text Describes case. + +category_code 3 00X Code identifying industry, + event, or characteristic + for which data are + available for a given time + series. + +category_text 100 Text Names the industry, event, + Ex: MIN=Mining, or characteristic for + N1A=Fractures which data are available + for a given time series. + +datatype_code 1 3 Code identifying the + datatype of the + observation. + +datatype_text 100 Text Identifies the datatype for + any given time series. + +end_period 3 A01 Identifies last data + observation within the + last year for which data + are available for a given + time series. + +end_year 4 2024 Identifies last year for + which data are available + for a given time series. In + the case of ca, the end_year + will represent the second year + of the two-year reference period. + For example end_year=2024 represents + 2023-2024 data. + +event_code 6 0XXXXX Code identifying the event + which resulted in the + reported injury or + illness. + +event_text 100 Text Names the event which + Ex: Falls, slips, resulted in the reported + trips injury or illness. + +footnote_code 10 It varies Identifies footnote for + the data series. + +sex_code 6 000000 Code identifying sex of + person experiencing the + injury or illness. + +sex_text 100 Text Names sex of person + Ex: Men experiencing the injury or + illness. + +hour_code 6 000000 Code identifying the total + hours worked before injury + or illness. + +hour_text 100 Text Number of hours worked before + Ex. 1 - 2 hours injury or illness occurred. + +industry_code 6 000000 Code identifying the + industry for which data + are observed. + +industry_text 100 Text Names the industry for + Ex: Construction which data are observed. + +los_code 6 000000 Code identifying the + length of service of the + person experiencing the + injury or illness. + +los_text 100 Text Names the length of + Ex: 1-5 years service of the person + experiencing the injury or + illness. + +medical_code 6 CHYXXX Code identifying the + type of medical treatment + for the injury or illness, + if applicable. + +medical_text 100 Text Names the medical treatment + Ex: Any type of the injury or illness, + emergency room if applicable. + or + hospitalization + - Yes + +nature_code 6 0XXXXX Code identifying the + nature of the injury or + illness. + +nature_text 100 Text Names the nature of the + Ex: Fractures injury or illness. + +occupation_code 6 000000 Code identifying the + occupation of the person + experiencing the injury or + illness. + +occupation_text 100 Text Names the occupation of + Ex: Roofers the person experiencing + the injury or illness. + +ownership_code 1 1 Code identifying the + ownership type. + +ownership_name 100 Text Names the type of ownership + Ex. Detailed of employer. + Private Industry + +period 3 A01 Identifies period for which data + Ex: A01=2024 is observed. For ca, the A01 period + represents the second year in the + biennial reference period. For + example, A01=2024 represents 2023-2024 data. + +pob_code 6 0XXXXX Code identifying the part + of body affected. + +pob_text 100 Text Names the part of body + Ex: Knee(s) affected. + +race_code 6 000000 Code identifying the race + of the person experiencing + the injury or illness. + +race_text 100 Text Names the race of the + Ex:Asian person experiencing the + injury or illness. + +series_id 17 CAU00X11XXXX3E100 Unique series identifier + +source_code 6 0XXXXX Code identifying the + source of the injury or + illness. + +source_text 100 Text Names the source of the + Ex: Corrosive injury or illness. + acids + +special_code 6 000000 Code identifying specific + injury or illness. + +special_text 100 Text Name of specific injury or + Ex. illness. + Musculoskeletal + disorders + +state_code 2 00 Code identifying each state. + +state_name 100 Text Names of specific state where + Ex. Arizona injury or illness occurred. + +time_code 6 000000 Code identifying the time + of the day injury or illness + occurred. + +time_text 100 Text Time of the day when injury or + Ex. 12:01AM-4:00AM illness occurred. + +value 12 3.7 Observation for the series. + +weekday_code 6 000000 Code identifying the day of + the week the injury or illness + occurred. + +weekday_text 100 Text Day of the week the injury or + Ex. 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100644 index 0000000000000000000000000000000000000000..189a1dd3f9ee8eff13d834fbd01ecff23bbe6612 --- /dev/null +++ b/bls/ca/ca_weekday.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:a19c5658aa911adc2f07628eda6414af8dda620ecd1fdb5107379fea52b08087 +size 1919 diff --git a/bls/cb/README.md b/bls/cb/README.md new file mode 100644 index 0000000000000000000000000000000000000000..dcb103f0166f03093084efb0f04014ccab6ceee5 --- /dev/null +++ b/bls/cb/README.md @@ -0,0 +1,34 @@ +# BLS survey `cb` + +Source: U.S. Bureau of Labor Statistics, LABSTAT time-series database (https://download.bls.gov/pub/time.series/cb/). Public domain U.S. government data. Credit: U.S. Bureau of Labor Statistics. + +Survey documentation: `cb.txt`. + +`*_series.parquet` defines each series_id (labels); `*_data_*.parquet` holds series_id, year, period (M01-M12 monthly, Q0x quarterly, A01/M13 annual), value, footnote_codes; other files map codes to labels. + +| file | rows | columns | +|---|---|---| +| cb.age | 88 | age_code, age_text | +| cb.case | 15 | case_code, case_text | +| cb.category | 2664 | case_code, category_code, category_text, display_level, selectable, sort_sequence | +| cb.contacts | 40 | Safety, Health, and Working Conditions Contacts: Injuries, Illnesses, and Fatalities (IIF) Program | +| cb.data.1.AllData | 53142968 | series_id, year, period, value, footnote_codes | +| cb.datatype | 9 | datatype_code, datatype_text | +| cb.event | 416 | event_code, event_text, display_level, selectable, sort_sequence | +| cb.footnote | 2 | footnote_code, footnote_text | +| cb.gender | 4 | gender_code, gender_text | +| cb.hour | 12 | hour_code, hour_text | +| cb.industry | 1055 | industry_code, industry_text, display_level, selectable, sort_sequence | +| cb.los | 6 | los_code, los_text | +| cb.medical | 4 | medical_code, medical_text | +| cb.nature | 299 | nature_code, nature_text, display_level, selectable, sort_sequence | +| cb.occupation | 1297 | occupation_code, occupation_text, display_level, selectable, sort_sequence | +| cb.ownership | 5 | ownership_code, ownership_name | +| cb.pob | 158 | pob_code, pob_text, display_level, selectable, sort_sequence | +| cb.race | 10 | race_code, race_text | +| cb.series | -1 | | +| cb.source | 1237 | source_code, source_text, display_level, selectable, sort_sequence | +| cb.special | 2 | special_code, special_text | +| cb.state | 46 | state_code, state_name, display_level, selectable, sort_sequence | +| cb.time | 8 | time_code, time_text | +| cb.weekday | 8 | weekday_code, weekday_text | diff --git a/bls/cb/cb.series b/bls/cb/cb.series new file mode 100644 index 0000000000000000000000000000000000000000..8767b562ccfd801d302ae7ccee518c79c1e6a983 --- /dev/null +++ b/bls/cb/cb.series @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:cfa9597ae72e9247417791f135a5dae7eeba6fca8371174cbb9af63a8021487d +size 3878441693 diff --git a/bls/cb/cb.txt b/bls/cb/cb.txt new file mode 100644 index 0000000000000000000000000000000000000000..e5c478aa81cb6b894ba1bac792e503f9f497564c --- /dev/null +++ b/bls/cb/cb.txt @@ -0,0 +1,678 @@ +Occupational Injuries and Illnesses - Characteristics Data (cb) + cb.txt + +Section Listing + +1. Survey Definition +2. FTP files listed in the survey directory +3. Time series, series file, data file, & mapping file definitions and + relationships +4. Series file format and field definitions +5. Data file format and field definitions +6. Mapping file formats and field definitions +7. Data Element Dictionary + +======================================================================== +Section 1 +======================================================================== + +The following is a definition of: Biennial Nonfatal Occupational Injuries and Illnesses - +characteristics data (cb) + +Survey Description: In addition to industry data on injuries and illnesses, +survey respondents also are asked to provide additional information for a +subset of cases that resulted in a day away from work, job transfer, or +restriction. Employers answer several questions about these cases, including +the worker demographics and occupation as well as the case circumstances +surrounding the injury or illness case. Beginning with the 2021-2022 reference +period, this dataset expanded from including only days away from work cases, +to also including cases that resulted in a day of job transfer restriction, as +well as the combination of the two. This dataset moved to a 2-year reference +period and will be released biennially (every other year). + +Summary of Data Available: Detailed breakouts of injury and illness data by +a variety of characteristics, including age, category, event, gender, +industry, length of service, nature, occupation, part of body, race, and +source are available. + +Frequency of Observations: Biennial data are available and released every other +year. The reference period in the files is the second year of the two-year period. +For example: For the biennial reference period 2021-2022, the time series data +indicates reference year 2022. + +Data Characteristics: Data are reported to one decimal place for rates, rounded +to the nearest 10 for counts, and whole number for median days. + +Updating Schedule: OSHS nonfatal injury and illness data characteristics data are +published biennially and include a reference period of 2 years. For example, +2021-2022 includes cases from both years. + +======================================================================== +Section 2 +======================================================================== + +The following Biennial Nonfatal Occupational Injuries and Illnesses - characteristics data +files are on the BLS internet in the sub-directory pub/time.series/cb: + + + cb.age - Age codes (mapping file) + cb.case - Case codes (mapping file) + cb.category - Category codes (mapping file) + cb.contacts - Contacts for cb survey + cb.data.0.Current - All current biennial year-to-date data + cb.data.1.AllData - All data + cb.datatype - Datatype codes (mapping file) + cb.event - Event codes (mapping file) + cb.footnote - Footnote codes (mapping file) + cb.gender - Gender codes (mapping file) + cb.hour - Hour codes (mapping file) + cb.industry - Industry codes (mapping file) + cb.los - Length of service (LOS) codes (mapping file) + cb.nature - Nature codes (mapping file) + cb.occupation - Occupation codes (mapping file) + cb.ownership - Ownership codes (mapping file) + cb.pob - Part of body (POB) codes (mapping file) + cb.race - Race codes (mapping file) + cb.series - All series with beginning and end dates + cb.source - Source codes (mapping file) + cb.special - Special codes (mapping file) + cbs.state - State codes (mapping file) + cb.time - Time codes (mapping file) + cb.txt - General information + cb.weekday - Weekday codes (mapping file) + cb.medical - Codes to indicate medical treatment type (mapping file) + +============================================================================ +Section 3 +============================================================================ + +The definition of a time series, its relationship to and the +interrelationship among series, data and mapping files is detailed below: + +A time series refers to a set of data observed over an extended period of +time over consistent time intervals (i.e. monthly, quarterly, semi-annually, +annually). BLS time series data are typically produced at monthly intervals +and represent data ranging from a specific consumer item in a specific +geographic area whose price is gathered monthly to a category of worker in +a specific industry whose employment rate is being recorded monthly, etc. +In the case of the cb series, it is produced biennially (every other year) +and covers a two-year reference period (i.e. 2021-2022). The reference period +listed in the time series file will be the second year of the biennial reference +period. For example, for reference period 2021-2022, the time series file will +show annual 2022, reference period 2023-2024 will show annual 2024, etc. + +The FTP files are organized such that data users are provided with the +following set of files to use in their efforts to interpret data files: + +a) a series file (only one series file per survey) +b) mapping files +c) data files + +The series file contains a set of codes which, together, compose a series +identification code that serves to uniquely identify a single time series. +Additionally, the series file also contains the following series-level +information: + +a) the period and year corresponding to the first data observation +(in the case of cb, that is the biennial end year) +b) the period and year corresponding to the most recent data observation +(in the case of cb, that is the biennial end year) + +The mapping files are definition files that contain explanatory text +descriptions that correspond to each of the various codes contained within +each series identification code. + +The data file contains one line of data for each observation period +pertaining to a specific time series. Each line contains a reference to +the following: + +a) series identification code +b) year in which data is observed (in the case of cb, that is the biennial end year) +c) period for which data is observed (M13, Q05, and s03 indicate annual + averages) +d) value +e) footnote code (if available) + +============================================================================ +Section 4 +============================================================================ + +File Structure and Format: The following represents the file format used +to define cb.series. Note the Field Numbers are for reference only; they +do not exist in the database. Data files are in ASCII text format. Data +elements are separated by spaces; the first record of each file contains +the column headers for the data elements stored in each field. Each record +ends with a new line character. + +Field #/Data Element Length Value(Example) + +1. series_id 17 CBU00X11XXXX3E100 + +2. category_code 3 00X + +3. datatype_code 1 3 + +4. case_code 1 E + +5. age_code 6 00XXXX + +6. los_code 6 0XXXXX + +7. medical_code 6 CNYXXX + +8. race_code 6 0XXXXX + +9. gender_code 6 0XXXXX + +10. pob_code 6 0XXXXX + +11. event_code 6 0000XX + +12. source_code 6 0000XX + +13. occupation_code 6 000000 + +14. nature_code 6 0000XX + +15. industry_code 6 000000 + +16. time_code 6 000000 + +17. hour_code 6 000000 + +18. weekday_code 6 000000 + +19. special_code 6 000000 + +20. ownership_code 1 1 + +21. state_code 2 00 + +22. footnote_codes 10 Varies + +22. begin_year 4 2022 + +23. begin_period 3 A01 + +24. end_year 4 2022 + +25. end_period 3 A01 + +Note that for the cb series, the begin_year and end_year fields represent +the second year of the biennial period. For example, if 2022 is displayed +for the begin_year or end_year, then that represents the 2021-2022 period. +If 2024 is displayed, it represents the 2023-2024 period, etc. Additionally, +the begin_period and end_period are represented as “A01”, but data are +published biennially and represent two years of data. + +The series_id (CBU00X00XXXX3E100) can be broken out into: + +Code = Value + +survey abbreviation = CB +seasonal adjustment code = U +category code = 00X +detail code = 00XXXX +datatype code = 3 +case code = E +ownership code = 1 +state code = 00 + +============================================================================ +Section 5 +============================================================================ + +File Structure and Format: The following represents the file format used +to define each data file. Note that the field numbers are for reference +only; they do not exist in the database. Data files are in ASCII text +format. Data elements are separated by spaces; the first record of each +file contains the column headers for the data elements stored in each field. +Each record ends with a new line character. + +The cb.data file may be partitioned into two separate files: + + 1. cb.data.0.Current = All current biennial year-to-date data + 2. cb.data.1.AllData = All data + +Both of the above data files have the following format: + +Field #/Data Element Length Value (Example) + +1. series_id 17 CBU00X00XXXX3E100 + +2. year 4 2022 + +3. period 3 A01 + +4. value 12 10.2 + +5. footnote_codes 10 Varies + +The series_id (CBU00X00XXXX3E100) can be broken out into: + +Code = Value + +survey abbreviation = CB +seasonal adjustment code = U +category code = 00X +detail code = 00XXXX +datatype code = 3 +case code = E +ownership code = 1 +state code = 00 + +============================================================================ +Section 6 +============================================================================ + +File Structure and Format: The following represents the file format used +to define each mapping file. Note that the field numbers are for reference +only; they do not exist in the database. Mapping files are in ASCII text +format. Data elements are separated by tabs; the first record of each file +contains the column headers for the data elements stored in each field. +Each record ends with a new line character. + +File Name: cb.age + +Field #/Data Element Length Value(Example) + +1. age_code 6 000000 + +2. age_text 100 Text + + +File Name: cb.case + +Field #/Data Element Length Value(Example) + +1. case_code 1 E + +2. case_text 100 Text + + +File Name: cb.category + +Field #/Data Element Length Value(Example) + +1. case_code 1 3 + +2. category_code 3 00X + +3. category_text 100 Text + + +File Name: cb.datatype + +Field #/Data Element Length Value(Example) + +1. datatype_code 1 3 + +2. datatype_text 100 Text + + +File Name: cb.event + +Field #/Data Element Length Value(Example) + +1. event_code 6 00XXXX + +2. event_text 100 Text + + +File Name: cb.footnote + +Field #/Data Element Length Value(Example) + +1. footnote_code 1 P + +2. footnote_text 100 Text + + +File Name: cb.gender + +Field #/Data Element Length Value(Example) + +1. gender_code 6 000000 + +2. gender_text 100 Text + + +File Name: cb.hour + +Field #/Data Element Length Value(Example) + +1. hour_code 6 000000 + +2. hour_text 100 Text + + +File Name: cb.industry + +Field #/Data Element Length Value(Example) + +1. industry_code 6 000000 + +2. industry_text 100 Text + + +File Name: cb.los + +Field #/Data Element Length Value(Example) + +1. los_code 6 000000 + +2. los_text 100 Text + + +File Name: cb.medical + +Field #/Data Element Length Value(Example) + +1. medical_code 6 CNYXXX + +2. medical_text 100 Text + + +File Name: cb.nature + +Field #/Data Element Length Value(Example) + +1. nature_code 6 0XXXXX + +2. nature_text 100 Text + + +File Name: cb.occupation + +Field #/Data Element Length Value(Example) + +1. occupation_code 6 000000 + +2. occupation_text 100 Text + + +File Name: cb.ownership + +Field #/Data Element Length Value(Example) + +1. ownership_code 1 1 + +2. ownership_text 100 Text + + +File Name: cb.pob + +Field #/Data Element Length Value(Example) + +1. pob_code 6 0XXXXX + +2. pob_text 100 Text + + +File Name: cb.race + +Field #/Data Element Length Value(Example) + +1. race_code 6 000000 + +2. race_text 100 Text + + +File Name: cb.source + +Field #/Data Element Length Value(Example) + +1. source_code 6 0XXXXX + +2. source_text 100 Text + + +File Name: cb.special + +Field #/Data Element Length Value(Example) + +1. special_code 6 000000 + +2. special_text 100 Text + + +File Name: cb.state + +Field #/Data Element Length Value(Example) + +1. state_code 2 00 + +2. state_name 100 Text + + +File Name: cb.time + +Field #/Data Element Length Value(Example) + +1. time_code 6 000000 + +2. time_text 100 Text + + +File Name: cb.weekday + +Field #/Data Element Length Value(Example) + +1. weekday_code 6 000000 + +2. weekday_text 100 Text + +============================================================================ +Section 7 +============================================================================ + +BIENNIAL NONFATAL OCCUPATIONAL INJURIES AND ILLNESSES--CHARACTERISTICS DATA (cb) +DATABASE ELEMENTS + +Data Element Length Value(Example) Description + +age_code 6 000000 Code identifying age of + subjects for which data + are observed. + +age_text 100 Text Identifies age of subjects + Ex: 20-24 for which data are + observed. + +begin_period 3 A01 Identifies first data + Ex: A01=2022 observation within the + first year for which data + are available for a given + time series. + +begin_year 4 2022 Identifies first year for + which data are available + for a given time series. In + the case of cb, the begin_year + will represent the second year + of the two-year reference period. + For example begin_year=2022 + represents 2021-2022 data. + +case_code 1 A Code identifying type of + Ex: A=Industry case for which data are + division or available for a given time + selected + characteristics + by age. + +case_text 100 Text Describes case. + +category_code 3 00X Code identifying industry, + event, or characteristic + for which data are + available for a given time + series. + +category_text 100 Text Names the industry, event, + Ex: MIN=Mining, or characteristic for + N1A=Fractures which data are available + for a given time series. + +datatype_code 1 3 Code identifying the + datatype of the + observation. + +datatype_text 100 Text Identifies the datatype for + any given time series. + +end_period 3 A01 Identifies last data + observation within the + last year for which data + are available for a given + time series. + +end_year 4 2022 Identifies last year for + which data are available + for a given time series. In + the case of cb, the end_year + will represent the second year + of the two-year reference period. + For example end_year=2022 represents + 2021-2022 data. + +event_code 6 00XXXX Code identifying the event + which resulted in the + reported injury or + illness. + +event_text 100 Text Names the event which + Ex: Falls, slips, resulted in the reported + trips injury or illness. + +footnote_code 10 It varies Identifies footnote for + the data series. + +gender_code 6 000000 Code identifying gender of + person experiencing the + injury or illness. + +gender_text 100 Text Names gender of person + Ex: Male experiencing the injury or + illness. + +hour_code 6 000000 Code identifying the total + hours worked before injury + or illness. + +hour_text 100 Text Number of hours worked before + Ex. 1 - 2 hours injury or illness occurred. + +industry_code 6 000000 Code identifying the + industry for which data + are observed. + +industry_text 100 Text Names the industry for + Ex: Construction which data are observed. + +los_code 6 000000 Code identifying the + length of service of the + person experiencing the + injury or illness. + +los_text 100 Text Names the length of + Ex: 1-5 years service of the person + experiencing the injury or + illness. + +medical_code 6 CHYXXX Code identifying the + type of medical treatment + for the injury or illness, + if applicable. + +medical_text 100 Text Names the medical treatment + Ex: Any type of the injury or illness, + emergency room if applicable. + or + hospitalization + - Yes + +nature_code 6 0XXXXX Code identifying the + nature of the injury or + illness. + +nature_text 100 Text Names the nature of the + Ex: Fractures injury or illness. + +occupation_code 6 000000 Code identifying the + occupation of the person + experiencing the injury or + illness. + +occupation_text 100 Text Names the occupation of + Ex: Roofers the person experiencing + the injury or illness. + +ownership_code 1 1 Code identifying the + ownership type. + +ownership_name 100 Text Names the type of ownership + Ex. Detailed of employer. + Private Industry + +period 3 A01 Identifies period for which data + Ex: A01=2022 is observed. For cb, the A01 period + represents the second year in the + biennial reference period. For + example, A01=2022 represents 2021-2022 data. + +pob_code 6 0XXXXX Code identifying the part + of body affected. + +pob_text 100 Text Names the part of body + Ex: Knee(s) affected. + +race_code 6 000000 Code identifying the race + of the person experiencing + the injury or illness. + +race_text 100 Text Names the race of the + Ex:Asian person experiencing the + injury or illness. + +series_id 17 cbU00X00XXXX3E100 Unique series identifier + +source_code 6 0XXXXX Code identifying the + source of the injury or + illness. + +source_text 100 Text Names the source of the + Ex: Acids injury or illness. + +special_code 6 000000 Code identifying specific + injury or illness. + +special_text 100 Text Name of specific injury or + Ex. illness. + Musculoskeletal + disorders + +state_code 2 00 Code identifying each state. + +state_name 100 Text Names of specific state where + Ex. Arizona injury or illness occurred. + +time_code 6 000000 Code identifying the time + of the day injury or illness + occurred. + +time_text 100 Text Time of the day when injury or + Ex. 12:01AM-4:00AM illness occurred. + +value 12 2360 Observation for the series. + +weekday_code 6 000000 Code identifying the day of + the week the injury or illness + occurred. + +weekday_text 100 Text Day of the week the injury or + Ex. Sunday illness occurred. + +year 4 2022 Identifies the second year of the + biennial period of observation. + diff --git a/bls/cb/cb_age.parquet b/bls/cb/cb_age.parquet new file mode 100644 index 0000000000000000000000000000000000000000..a4fbfb287c06a8f7e11ef714180f46436aa81aa9 --- /dev/null +++ b/bls/cb/cb_age.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:d9b42cd322d10e0167a0f0f9f77f156b5ef3d6736cca72dd57beab1532edae8d +size 2170 diff --git a/bls/cb/cb_case.parquet b/bls/cb/cb_case.parquet new file mode 100644 index 0000000000000000000000000000000000000000..f76ae49cfd1aafd076fc629aa58dda996e94bd85 --- /dev/null +++ b/bls/cb/cb_case.parquet @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:9e835be965cfc340121c8ef632720647a27feebd3a9dc8241c84b96ff7d9c557 +size 2173 diff --git a/bls/cb/cb_category.parquet b/bls/cb/cb_category.parquet new file mode 100644 index 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