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For any question on data and metadata, please contact: Eurostat user support |
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1.1. Contact organisation | Statistics Estonia |
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1.2. Contact organisation unit | Population and Social Statistics Department |
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1.5. Contact mail address | Tatari 51, 10134 Tallinn |
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2.1. Metadata last certified | 09/08/2023 | ||
2.2. Metadata last posted | 09/08/2023 | ||
2.3. Metadata last update | 09/08/2023 |
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3.1. Data description | |||
The Adult Education Survey (AES) covers adults’ participation in education and training (formal - FED, non-formal - NFE and informal learning - INF). The 2022 AES focuses on people aged 18-69. The reference period for the participation in education and training is the twelve months prior to the interview. Information available from the AES is grouped around the following topics:
For further information see the 2022 AES legislation (http://ec.europa.eu/eurostat/web/education-and-training/legislation) and the 2022 AES implementation manual (http://ec.europa.eu/eurostat/web/education-and-training/methodology). |
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3.2. Classification system | |||
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3.3. Coverage - sector | |||
AES covers all economic sectors. |
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3.4. Statistical concepts and definitions | |||
Definitions as well as the list of variables covered are available in the 2022 AES implementation manual (http://ec.europa.eu/eurostat/web/education-and-training/methodology). |
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3.5. Statistical unit | |||
Individuals, non-formal learning activities. |
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3.6. Statistical population | |||
Individuals aged 18-69 living in private households. |
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3.7. Reference area | |||
The reference area is the whole country. No parts of the country are excluded. |
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3.8. Coverage - Time | |||
At national level, the data for reference years 2007, 2011, 2016 and 2022 are available. |
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3.9. Base period | |||
Not applicable. |
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Number, EUR. |
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Data collection period (fieldwork period) for 2022 AES was 1st July 2022 - 31th December 2022. |
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6.1. Institutional Mandate - legal acts and other agreements | |||
At European level: At national level: |
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6.2. Institutional Mandate - data sharing | |||
Not applicable. |
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7.1. Confidentiality - policy | |||
The dissemination of data collected for the purpose of producing official statistics is guided by the requirements provided for in § 32, § 34, § 35 and § 38 of the Official Statistics Act (https://www.riigiteataja.ee/en/eli/522032022003/consolide). |
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7.2. Confidentiality - data treatment | |||
For each respondent, an anonymous ID was generated to ensure confidentiality. No person is identifiable from the data sent to Eurostat or disseminated elsewhere. Only estimates which are based on 20 or more respondents are published in the Statistical Database of Statistics Estonia. |
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8.1. Release calendar | |||
Statistics Estonia released data tables in June 2023. |
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8.2. Release calendar access | |||
Not applicable. |
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8.3. Release policy - user access | |||
All users have been granted equal access to official statistics in Estonia: dissemination dates of official statistics are announced in advance and no user category (incl. Eurostat, state authorities and mass media) is provided access to official statistics before other users. Official statistics are first published in the statistical database. If there is also a news release, it is published simultaneously with data in the statistical database. Official statistics are available on the website at 8:00 a.m. on the date announced in the release calendar. |
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Every 6 years. |
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10.1. Dissemination format - News release | |||
News release about Estonian AES 2022 data: https://www.stat.ee/en/news/two-out-five-adults-would-have-liked-study-more-last-year |
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10.2. Dissemination format - Publications | |||
No publications except the news release have been published yet. There will be additional blog posts during 2023. |
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10.3. Dissemination format - online database | |||
The aggregated data for key variables can be found in the database of Statistics Estonia https://andmed.stat.ee/en/stat/sotsiaalelu__haridus__taiskasvanute-koolitus__taiskasvanute-haridus. |
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10.3.1. Data tables - consultations | |||
Not applicable. |
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10.4. Dissemination format - microdata access | |||
Legal persons and organisations can use the microdata for scientific research. The data can be used on a safe centre computer or remotely, depending on the nature of the data and contract conditions. A more detailed description of processing the application and data use conditions can be found in the standard “Procedure for the dissemination of confidential data for scientific purposes": https://www.stat.ee/sites/default/files/2021-07/Procedure%20for%20the%20dissemination%20of%20confidential%20data%20for%20scientific%20purposes_EN.pdf. |
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10.5. Dissemination format - other | |||
There has been no other dissemination. |
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10.5.1. Metadata - consultations | |||
Not applicable. |
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10.6. Documentation on methodology | |||
The main methodological document is the Eurostat manual. There are no special national reports on methodology, as the Eurostat methodology was followed closely. |
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10.6.1. Metadata completeness - rate | |||
Not applicable. |
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10.7. Quality management - documentation | |||
The main documentation on quality management and assessment is the quality report to Eurostat. |
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11.1. Quality assurance | |||
To assure the quality of processes and products, Statistics Estonia applies the EFQM Excellence Model, the European Statistics Code of Practice and the Quality Assurance Framework of the European Statistical System (ESS QAF). Statistics Estonia is also guided by the requirements in § 7. “Principles and quality criteria of producing official statistics” of the Official Statistics Act. |
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11.2. Quality management - assessment | |||
Statistics Estonia performs all statistical activities according to an international model (Generic Statistical Business Process Model – GSBPM). According to the GSBPM, the final phase of statistical activities is overall evaluation using information gathered in each phase or sub-process; this information can take many forms, including feedback from users, process metadata, system metrics and suggestions from employees. This information is used to prepare the evaluation report which outlines all the quality problems related to the specific statistical activity and serves as input for improvement actions. |
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12.1. Relevance - User Needs | |||
The main users of statistical information are policy makers of national level (Ministry of Education and Research, Ministry of Economic Affairs and Communications, Ministry of Social Affairs). The data might also interest the Estonian Qualifications Authority, different research institutions and university researchers. Internationally, the main users of the data are the institutions of the European Union. In addition, through Eurostat, researchers around the world can also apply for access to use the data. |
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12.2. Relevance - User Satisfaction | |||
Since 1996, Statistics Estonia has conducted reputation and user satisfaction surveys. All results are available on the website at https://www.stat.ee/user-surveys. The satisfaction of users specifically with AES has not been analysed. |
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12.3. Completeness | |||
Dataset covers all requested variables in AES 2022 legislation. |
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12.3.1. Data completeness - rate | |||
Not applicable. |
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13.1. Accuracy - overall | |||
Coefficients of variation were calculated in R. The accuracy varies. Estimates based on a high number of observations are more accurate than those based on less observations. Indicators for which a precision threshold is provided in the AES Regulation are of good quality. |
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13.2. Sampling error | |||
The sampling error for 2022 AES is fairly low. Stratified systematic sampling was used to create the sample. The estimates for the sampling error were calculated using the R package survey with the final (calibrated) weights. |
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13.2.1. Sampling error - indicators | |||
The coefficients of variation, standard errors, and confidence intervals were calculated using the R package survey with the final (calibrated) weights. See table 13.2.1 “Sampling errors - indicators for 2022 AES key statistics” in annex “EE - QR tables 2022 AES (excel)”. |
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13.3. Non-sampling error | |||
Non-sampling errors are covered by items 13.3.1 - 13.3.5 below. |
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13.3.1. Coverage error | |||
Sampling frame: List of permanent residents of Estonia aged 18-69 from the statistical population register, age calculated as of 01.07.2022. Date of extraction 01.05.2022. |
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13.3.1.1. Over-coverage - rate | |||
Over-coverage error was 1.6%. See table 13.3.1.1 “Over-coverage - rate” in annex “EE - QR tables 2022 AES (excel)”. |
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13.3.1.2. Common units - proportion | |||
Not applicable. |
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13.3.2. Measurement error | |||
In order to reduce the measurement errors, the AES questionnaire was tested by experts before data collection, and an interviewer manual was compiled to explain specific terms and questions in particular. AES was a stand-alone survey and proxy answers were not allowed. |
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13.3.3. Non response error | |||
See items 13.3.3.1 - 13.3.3.2 below |
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13.3.3.1. Unit non-response - rate | |||
See table 13.3.3.1 “Unit non-response - rate” in annex “EE - QR tables 2022 AES (excel)”. Advance notifications about the survey were sent to the respondents. These letters included information about the time period, when the interviewer will make a phone call. If the respondent was not reachable by phone, the interviewer made a home visit and made a personal interview. |
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13.3.3.2. Item non-response - rate | |||
See table 13.3.3.2 “Item non-response rate” in annex “EE - QR tables 2022 AES (excel)”. Item non-response is very low. Only 3 variables have been measured with a non-response rate between 5-10%, and a majority of variables have recorded a non-response rate of less than 1%. Questions for HHINCOME were very sensitive as 37% needed imputing. |
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13.3.4. Processing error | |||
Computer-based data collection is used, which helps to avoid encoding and typing errors. Data is checked in three stages: initial input control during the interview on a laptop, secondary control of freshly received data in the office, and finally, data cleaning. Last validation was Eurostat CONVAL and STRUVAl controls in Edamis. R was used to code the initial data according to the codes in the AES manual. |
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13.3.5. Model assumption error | |||
Not applicable. |
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14.1. Timeliness | |||
The reference period for the 2022 AES was 12 months prior to the interview, that took place in the following period: from 1st July 2022 until 31th December 2022. Data were published nationally within 6 months after the end of the fieldwork period. |
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14.1.1. Time lag - first result | |||
Data was published in June 2023. |
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14.1.2. Time lag - final result | |||
Data was published in June 2023. |
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14.2. Punctuality | |||
The microdata was sent to Eurostat within six months of the end of the national fieldwork period. The data was published as scheduled in the release calendar. See table 14.2 “Project phases - dates” in annex “EE - QR tables 2022 AES (excel)”. |
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14.2.1. Punctuality - delivery and publication | |||
Not applicable. |
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15.1. Comparability - geographical | |||
The data is comparable to the data from other European Union countries. See table 15.1 “Deviations from 2022 AES concepts and definitions” in annex “EE - QR tables 2022 AES (excel)”. |
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15.1.1. Asymmetry for mirror flow statistics - coefficient | |||
Not applicable. |
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15.2. Comparability - over time | |||
See table 15.2 “Comparability - over time” in annex “EE - QR tables 2022 AES (excel)”. Starting from the 2022 survey, the non-formal education activities were selected randomly. Previously, the individual had the opportunity to choose which trainings they provided information about. In 2011, the results of the adult education survey showed that the percentage of people participating in non-formal education in the previous 12 months was the highest in timeline. However, this conclusion does not align with the results from the Estonian Labour Force Survey, which has shown a steady increase in lifelong learning participation without a noticeable change around 2011. The Labour Force Survey's data is about training events that occurred over a 4-week period, but the trends can still be compared. The 2011 survey was different from others in that it was not solely conducted by the Statistics Estonia, but was carried out in collaboration with a subcontractor. Additionally, the response rate that year was lower than usual. Consequently, there may be more deviations in these data than usual (the non-sampling error is greater). To achieve a more consistent overview over time, it may be advisable in some cases to exclude the 2011 data from the analysis. |
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15.2.1. Length of comparable time series | |||
Not applicable. |
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15.3. Coherence - cross domain | |||
AES population structure: The size of the population derived from the survey data does not match the total population of the same age range from registry because those in institutions are excluded. AES 2022 was calibrated to the population count as of 01.01.2022 (minus those in institutions). AES and LFS can be compared, but since they have different age distributions and we don't use age*education for calibration, there are naturally differences. See table 15.3 “Coherence - cross-domain” in annex “EE - QR tables 2022 AES (excel)”. |
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15.3.1. Coherence - sub annual and annual statistics | |||
Not applicable. |
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15.3.2. Coherence - National Accounts | |||
Not applicable. |
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15.4. Coherence - internal | |||
AES results for a given data collection round are based on the same microdata and results are calculated using the same estimation methods, therefore the data are internally coherent. |
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The staff involved in administrating the survey (project management, sample design, questionnaire development, training the interviewers, weighting, data processing, data analysis and quality report) ~ 375 full-time equivalent (FTE) working days. The total fieldwork time spent conducting CATI interviews, which involves direct contact with respondents, was approximately 129 full-time equivalent (FTE) working days. However, the time interviewers spent on training, preparation, attempted calls, and other indirect tasks, was not measured. The average time for answering the questionnaire:
The average time for answering the questionnaire when a person had participated in at least 2 non-formal activities( NFENUM>=2):
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17.1. Data revision - policy | |||
Not applicable. |
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17.2. Data revision - practice | |||
Not applicable. |
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17.2.1. Data revision - average size | |||
Not applicable. |
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18.1. Source data | |||
Survey data: The data is based mainly on national stand-alone survey. Participation in the survey was voluntary. Sampling frame: List of permanent residents of Estonia aged 18-69 from the statistical population register, age calculated as of 01.07.2022. Total population is 873,000 objects. Sampling design: Stratified random sampling by age and sex. Gross sample 6800, net sample 4360. Administrative data: There are no substantive data used from registries. However, background characteristics are assigned based on the population register data: gender, year of birth, age, county of residence, urbanity of the place of residence. See table 18.1 “Source data” in annex “EE - QR tables 2022 AES (excel)”. |
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18.2. Frequency of data collection | |||
Every 6 years. |
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18.3. Data collection | |||
AES in Estonia was a stand-alone survey. Data was collected from individuals. The methods used to collect the data included a telephone interview (CATI) and a web interview (CAWI). The interviews were conducted by Statistics Estonia's telephone interviewers who had relevant training. The Survey Fieldwork Information System was used to manage and monitor data collection. See also table 18.1 “Source data” in annex “EE - QR tables 2022 AES (excel)”. The data was collected with the official statistical questionnaire "TÄISKASVANUTE KOOLITUSE UURING 2022," available in both Estonian and Russian. Please see the questionnaire in the annex titled 'EE_manual_AES2022_est' and the guidelines for interviewers in the annex 'EE_questionnaire_manual_AES2022_est'. |
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18.4. Data validation | |||
The validation process consists of arithmetic and quality checks, including comparison with other data. Before data dissemination, the internal coherence of the data is checked. There were many logical checks and controls in the survey, which did not allow to enter impossible answers. Data was also re-checked after the collection period. |
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18.5. Data compilation | |||
Imputation: In the case of missing or unreliable data, estimate imputation based on established regulations is used. For household income with high non-response we used the following method: Respondents were asked to either provide their exact household income or indicate the interval to which their household income belongs. In case of both being unknown the interval is first imputed using k-nearest neighbour imputation using the VIM package in R (the number of nearest neighbours was set as 5 and household size and type and the respondent's age, sex, county + Tallinn, and educational attainment were used as distance variables). Once every respondent was supplied with an income interval the precise household income was imputed using hot-deck imputation. Weights: After the data processing stage, each respondent is assigned a weight, i.e., it is determined how many people their responses represent. Weights allow the results obtained during analysis to be extrapolated to the general population. Weights are calculated in three stages: Calculation of design weights, Compensation for loss, Calibration. Calibration is based on gender and age group (five years age groups), nationality (since 2005) (Estonians, non-Estonians), three-tier education level (since 2022), the person's county of residence (+Tallinn), and the degree of urbanization (rural or urban). The basis is the known distribution of Estonian residents by gender, age group, and county as of January 1 of the survey year, based on demographic data. After calculating calibration weights, a general expansion factor is found for each responding person, which is the ratio of the total population size to the number of respondents. To get the final weight for the person, this expansion factor is multiplied by the previously calculated weights. Calculated variables: Variables and statistical units which were not collected but which are necessary for producing the output are calculated. New variables are calculated by applying arithmetic conversion to already existing variables. This may be done repeatedly, the derived variable may, in turn, be based on previously derived new variables. These variables were: HHTYPE, LANGUSED, HHINCOME, NFEACTWEIGHT_2, NFEACTWEIGHT_5. |
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18.5.1. Imputation - rate | |||
See table 18.5.1 “Imputation - rate” in annex “EE - QR tables 2022 AES (excel)”. |
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18.6. Adjustment | |||
Not applicable. |
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18.6.1. Seasonal adjustment | |||
Not applicable. |
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None. |
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EE - QR tables 2022 AES (excel) EE_questionnaire_AES2022_est EE_questionnaire_manual_AES2022_est |