Delivery guide for Environmental Noise Data:

Transcription

1 Delivery guide for Environmental Noise Data: DF4_DF8: Strategi noise maps for major roads, major railways, major airports and agglomerations Type of Doument: Guidelines Annex DF4_DF8 Prepared by: Colin Nugent, Núria Blanes, Jaume Fons, Miquel Sáinz de la Maza, Maria José Ramos and Roman Ortner Date: Projet Manager: Colin Nugent Universidad de Malaga ETCSIA PTA - Tehnologial Park of Andalusia / Marie Curie, 22 (Edifiio Habite) Campanillas Malaga Spain Telephone: Fax: Contat: et-sia@uma.es

2 CHANGE RECORD Issue / Rev Date Revised page(s) Desription of Change All Update of the ENDRM v1 to adapt to the needs of Reportnet. Update of the orresponding annexes related to eah END dataflow All Update of data speifiations related to Major Roads and Major Railways. Speifi hanges an be found in pages 37 and All Update of metadata speifiations oerning the reporting round to whih the data relates. Release European Topi Centre Spatial Information and Analysis 0

3 TABLE OF CONTENTS 1 Outline of the delivery Data submission proess Chek list for the data reporters Statistial information expeted to be reported Data to be reported orresponding to agglomerations > inhabitants Data to be reported orresponding to Major roads with more than vehiles/year AND to Major railways with more than train passages/year Data to be reported orresponding to Major railways with more than train passages/year Data to be reported orresponding to Major airports with more than movements / year Spatial information expeted to be provided Noise ontour maps Quiet areas Supplementary information Metadata Metadata for tabular data to ompile noise exposure Metadata for the spatial files ontaining noise ontour maps Metadata for the spatial files ontaining quiet areas Metadata for the Supplementary information Naming onventions Tabular files name Spatial files name Quality hek proess European Topi Centre Spatial Information and Analysis 1

4 1 OUTLINE OF THE DELIVERY This reporting obligation onsists on the provision of data regarding Strategi noise maps related data as listed in annex VI for all major roads, railways, airports and agglomerations with the following thresholds: Agglomerations > 100,000 inhabitants. Major ivil airport > 50,000 movements/year All major roads > 3 million vehiles/year All major railways > 30,000 trains/year Information on strategi noise maps onsist on 4 main bloks of information: 1. Statistial data onsisting on: o o People exposed to different noise bands by different noise soures by Lden and Lnight and alulations differentiated by exposure to major soures, most exposed façade, quiet façade, areas and dwellings exposed, et. (details an be found in the desription of the reporting obligation in Reportnet and in hapter 4 of this Annex) Unique odifiation 2. Spatial data onsisting on: o o Noise ontour maps foused on the noise emission soures (obligatory in the ase of major roads, major railways and major airports, and voluntary in the ase of the agglomerations) Quiet areas inside and outside agglomerations (Details an be found in hapter 5 of the urrent Annex) 3. Supplementary information (if needed), detailed in hapter 6 of this Annex. 4. Metadata (how the data provided has been reated and onstraints of this data: a detailed list of information that should be provided is speified in hapter 7). So, it is expeted that eah subfolder reated to deliver data oerning this reporting obligation will ontain at least, statistial and spatial data, both with the orresponding metadata files. How data should be delivered through Reportnet is explained in a separate hapter in the main doument. It is highly reommended that the data provided follow the templates that have been speially reated for this purpose, with speifi quality hek rules designed for helping the ountry to report the data following the speifiations and ensuring the data oheree and at the same time, to failitate the manual quality hek developed by several EU institutions. The analysis of the quality of the data as well as of its ompleteness will be only done for the information requested as ompulsory, whih will be basis to evaluate the ompliae of a speifi ountry. The rest of automati quality hek rules have been introdued in order to guide the reporter. To be highlighted that unique odes are not ompulsory but highly relevant in order to ensure traeability as well as the linkage between different dataflows or different types of information in the same dataflow. This is the reason why unique odes already stored from previous deliveries an be onsulted in through the Reportnet platform. European Topi Centre Spatial Information and Analysis 2

5 2 DATA SUBMISSION PROCESS The proess to submit the requested information is very simple: 1. Download the template provided for tabular data 2. Fill in the template in your personal omputer 3. Upload the filled in template into the Reportnet system 4. Run the quality hek rules and orret the data if neessary (if this is the ase, go bak to step 2) 5. Download the template provided for spatial data 6. Upload the requested spatial data as separate files or in a ZIP file using the Add zip file button. 7. Complete the task (=equivalent to submit the information) Figure 1. Overview of the Reporting proess European Topi Centre Spatial Information and Analysis 3

6 The reporter would be able to find the instrutions and the explanation of the detailed data to be delivered for eah oept speified in the END in hapter 4 (oerning the statistial information to be reported) and in hapter 5 (oerning the spatial information to be delivered). Moreover, hapter 3 ontains a hek list of what needs to be done in order to fulfil the requests of the END for this speifi deliverable, to ensure that the data provided is ompliant with the minimum requirements speified in this Annex. Chapter 6 deals with the supplementary information that an be provided, and hapter 7 details the ontent of the metadata files to be provided for eah doument delivered. Finally, in hapter 8, details oerning the naming onventions for the files that should be uploaded in Reportnet are proposed and hapter 9 ontain the general quality hek proess followed oerning this dataflow. European Topi Centre Spatial Information and Analysis 4

7 3 CHECK LIST FOR THE DATA REPORTERS This setion ontains a list to be heked by the (experieed) noise information reporters through Reportnet, to be sure that the data reported aomplish the minimum requirements speified in this annex. Data preparation: - Have you downloaded the most reent template for DF_4_8 from the Reportnet data ditionary (9 tables)? - Is your data given in the orret units? - Is your data plausible and omplete? - All the ells are fulfilled and where no data should be provided (due to data not available of data not appliable), have they been fulfilled using the explanatory values -1 and - 2? - Have you inserted your ountry data into the template (xls or xml)? - Do you provide a metadata file / supplementary report and do they ontain all neessary information (e.g. desription of data atuality)? - Does the supplementary report ilude a short summary in English? - Do the shapefiles ilude a projetion-file? - Do the shapefiles fulfil the requirements (names and values of the attributes, et.)? - Have you ompleted all the metadata files for all the information you need to provide for this deliverable? Quiet areas data: - Do you have quiet areas? Inside agglomerations? Outside agglomerations? - Have they been delimited and reported? - Do the metadata file / supplementary report ontain a desription of the methodology how the quiet areas have been defined? File names: - Do the file names follow the naming onvention proposed? And if the naming onvention is not available, does the name indiate the ontent of the file? Uploading proess: - Be sure to selet the folder orresponding to the reporting period, e.g Have you delivered the data through Reportnet? If this is the ase, have you log in, reated a new envelope, entered the envelope and ativated the task? - Have you uploaded the filled template and gis files with the orresponding metadata file, and the supplementary reports (in ase it is needed)? - Have you run the automati QA for all the tables? - If neessary (beause the automati QA is not passed suessfully for all tables) have you orreted the data and uploaded the orret tables again? - Have you heked that your data is delivered? Have you press the option Complete task? - Have you logout from Reportnet? Related tasks: - Chek if an update of any other dataflow is neessary (e.g. DF_1_5 due to a hange on the noise soures, a hange of the total number of inhabitants in agglomerations et.) o It is important to be aware that, if DF1_DF5 are updated in Reportnet at the same time than DF4_DF8, the automati quality heking rules that hek the orrespondee between the items reported in the different dataflows would not be appliable until the referee tables would be updated aordingly. European Topi Centre Spatial Information and Analysis 5

8 4 STATISTICAL INFORMATION EXPECTED TO BE REPORTED In order to harmonise the statistial information to be reported to the European Commission, an Exel Workbook has been designed ontaining 10 different worksheets, 9 of them expeted to be fulfilled with information oerning the noise exposure data per noise soure requested by the END, and the last worksheet is solely for internal use (for the onversion of the files to enable the automati quality hek of the data being reported). The expeted information to be reported is indiated in the first row of the nine worksheets. Empty fields are not allowed in those worksheets; therefore, one of the following values should be provided in ase there is no information available for a speifi ell: Field value Meaning Desription -1 Data not appliable This may apply to the following ases: - Table / field not to be reported beause no agglomeration, or no major roads, or no major railways or no major airports fall in the sope of the Diretive (meeting the minimum threshold speified by END). - For the agglomerations ase if a speifi noise soure is not present. - A field value does not exist (e.g. EURoadID) -2 Data not available This may apply to the following ases: - Data not mandatory for reporting - Data not yet available (mandatory data) - Data not available (mandatory data) The -2 value should not appear in the mandatory ells orresponding to the final data delivery (in ase more than one delivery is done by one MS). Coerning this dataflow, 0 value will be understood as 0 hundreds exposed (meaning that there ould be from 0 to 49 exposed at that noise band for that noise soure), or 0 dwellings exposed to a speifi noise band, et. Information oerning the number exposed inside agglomerations and the number of exposed from major transport soures as well as the number of dwellings are expeted to be reported rounded to. For example, if there are 5235 exposed, the figure to be provided is 5200, rounding it to (e.g = between 5150 and 5249; 100 = between 50 and 149; 0 = less than 50). For onsultation purposes, all the information expeted to be provided in the template exel sheets is detailed in the following subsetions (it is not the purpose to reprodue the format of all the spreadsheets, it is just a summary of the details of the data requested in eah exel sheet,). This information an also be onsulted in the following Reportnet page: Naming onventions to upload the requested files in the orresponding folder of Reportnet are detailed in hapter 8.1 of the urrent annex. EC and EEA will deline responsibilities for not quality heking and therefore, not iluding into NOISE (Noise Observation and Information Servie for Europe) those deliveries not following the speifiations and guidelines provided in this annex. The speifiations detailed in this doument will be adapted to the INSPIRE guidelines speifiations as soon as they beome available and offiial. European Topi Centre Spatial Information and Analysis 6

9 4.1 DATA TO BE REPORTED CORRESPONDING TO AGGLOMERATIONS > INHABITANTS Road noise, railway noise and airraft noise Information should be provided separately in the orresponding worksheets, named as DF_4_8_Agg_Road, DF_4_8_Agg_Rail, DF_4_8_Agg_Air, respetively. Field Identifier Field Name Field Definition Compulsory () / not ompulsory () UniqueAgglomerationId Lden5054 Lden5559 Lden6064 Unique Agglomeration ID s Exposed to Lden s Exposed to Lden s Exposed to Lden Unique Agglomeration ID assigned by the reporting entity to eah agglomeration. (rounded to ) living in are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most Methodology The same ode as defined in DF_1_5_Agg Data type Units String Minimum size: 6 Maximu m size: 14 European Topi Centre Spatial Information and Analysis 7

10 Lden6569 Lden7074 Lden75 Lden5054FromMajorSour e Lden5559FromMajorSour e Lden6064FromMajorSour e s Exposed to Lden s Exposed to Lden s Exposed to Lden >75 s Exposed to Lden from Major Roads s Exposed to Lden from Major Roads s Exposed to Lden from Major Roads The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in are exposed to values of Lden from a Major Soure between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 8

11 Lden6569FromMajorSour e Lden7074FromMajorSour e Lden75FromMajorSoure Lden5054WithSpeialInsu lation Lden5559WithSpeialInsu lation Lden6064WithSpeialInsu lation s Exposed to Lden from Major Roads s Exposed to Lden from Major Roads s Exposed to Lden >75 from Major Roads s Exposed to Lden with Speial s Exposed to Lden with Speial s Exposed to Lden with Speial The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden from a Major Soure >75 db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 9

12 Lden6569WithSpeialInsu lation Lden7074WithSpeialInsu lation Lden75WithSpeialInsulat ion Lden5054FromMajorSour ewithspeial Lden5559FromMajorSour ewithspeial Lden6064FromMajorSour ewithspeial s Exposed to Lden with Speial s Exposed to Lden with Speial s Exposed to Lden >75 with Speial s Exposed to Lden from Major Soure with Speial s Exposed to Lden from Major Soure with Speial s Exposed to Lden from Major Soure with Speial (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in have speial insulation that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 10

13 Lden6569FromMajorSour ewithspeial Lden7074FromMajorSour ewithspeial Lden75FromMajorSoure WithSpeial Lden5054WithAQuietFa ade Lden5559WithAQuietFa ade Lden6064WithAQuietFa ade s Exposed to Lden from Major Soure with Speial s Exposed to Lden from Major Soure with Speial s Exposed to Lden >75 from Major Soure with Speial s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet (rounded to ) living in have speial insulation that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden from a Major Soure >75 db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above European Topi Centre Spatial Information and Analysis 11

14 Lden6569WithAQuietFa ade Lden7074WithAQuietFa ade Lden75WithAQuietFaad e Lden5054FromMajorSour ewithaquietfaade Lden5559FromMajorSour ewithaquietfaade Lden6064FromMajorSour ewithaquietfaade s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet s Exposed to Lden >75 with a Quiet s Exposed to Lden from Major Soure with a Quiet s Exposed to Lden from Major Soure with a Quiet s Exposed to Lden from Major Soure with a Quiet (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 12

15 Lden6569FromMajorSour ewithaquietfaade Lden7074FromMajorSour ewithaquietfaade Lden75FromMajorSoure WithAQuietFaade Lnight4044 Lnight4549 Lnight5054 s Exposed to Lden from Major Soure with a Quiet s Exposed to Lden from Major Soure with a Quiet s Exposed to Lden >75 from Major Soure with a Quiet s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight (rounded to ) living in have a quiet façade, that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden from a Major Soure >75 db(a), 4 m above the ground and on the most (rounded to ) living in are exposed to values of Lnight between db(a), 4 m above (rounded to ) living in are exposed to values of Lnight between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 13

16 Lnight5559 Lnight6064 Lnight6569 Lnight70 Lnight4044FromMajorSou re Lnight4549FromMajorSou re s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight >70 s Exposed to Lnight from Major Roads s Exposed to Lnight from Major Roads The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight >70 db(a), 4 m above (rounded to ) living in are exposed to values of Lnight from Major Soure between db(a), 4 m above (rounded to ) living in are exposed to values of Lnight from Major Soure between db(a), 4 m above European Topi Centre Spatial Information and Analysis 14

17 Lnight5054FromMajorSou re Lnight5559FromMajorSou re Lnight6064FromMajorSou re Lnight6569FromMajorSou re Lnight70FromMajorSour e Lnight4044WithSpeialIns ulation s Exposed to Lnight from Major Roads s Exposed to Lnight from Major Roads s Exposed to Lnight from Major Roads s Exposed to Lnight from Major Roads s Exposed to Lnight >70 from Major Roads s Exposed to Lnight with Speial The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight from a Major Soure between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight from a Major Soure between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight from a Major Soure between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight from a Major Soure between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight from a Major Soure >70 db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 15

18 Lnight4549WithSpeialIns ulation Lnight5054WithSpeialIns ulation Lnight5559WithSpeialIns ulation Lnight6064WithSpeialIns ulation Lnight6569WithSpeialIns ulation Lnight70WithSpeialInsul ation s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight >70 with Speial (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight >70 db(a), 4 m above European Topi Centre Spatial Information and Analysis 16

19 Lnight4044FromMajorSou rewithspeial Lnight4549FromMajorSou rewithspeial Lnight5054FromMajorSou rewithspeial Lnight5559FromMajorSou rewithspeial Lnight6064FromMajorSou rewithspeial Lnight6569FromMajorSou rewithspeial s Exposed to Lnight from Major Soure with Speial s Exposed to Lnight from Major Soure with Speial s Exposed to Lnight from Major Soure with Speial s Exposed to Lnight from Major Soure with Speial s Exposed to Lnight from Major Soure with Speial s Exposed to Lnight from Major Soure with Speial (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above European Topi Centre Spatial Information and Analysis 17

20 Lnight70FromMajorSour ewithspeial Lnight4044WithAQuietFa ade Lnight4549WithAQuietFa ade Lnight5054WithAQuietFa ade Lnight5559WithAQuietFa ade Lnight6064WithAQuietFa ade s Exposed to Lnight >70 from Major Soure with Speial s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet (rounded to ) living in have speial insulation, that are exposed to values of Lnight from a Major Soure >70 db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 18

21 Lnight6569WithAQuietFa ade Lnight70WithAQuietFaad e Lnight4044FromMajorSou rewithaquietfaade Lnight4549FromMajorSou rewithaquietfaade Lnight5054FromMajorSou rewithaquietfaade Lnight5559FromMajorSou rewithaquietfaade s Exposed to Lnight with a Quiet s Exposed to Lnight >70 with a Quiet s Exposed to Lnight from Major Soure with a Quiet s Exposed to Lnight from Major Soure with a Quiet s Exposed to Lnight from Major Soure with a Quiet s Exposed to Lnight from Major Soure with a Quiet (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between >70 db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 19

22 Lnight6064FromMajorSou rewithaquietfaade Lnight6569FromMajorSou rewithaquietfaade Lnight70FromMajorSour ewithaquietfaade ComputationAndMeasure mentmethodsreportdetail s s Exposed to Lnight from Major Soure with a Quiet s Exposed to Lnight from Major Soure with a Quiet s Exposed to Lnight >70 from Major Soure with a Quiet Computation and measurement methods report details ComputationMethodName Name of the omputation method (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight from a Major Soure between >70 db(a), 4 m above the ground and on the most The full name of the report, the author/publisher and date of prodution. Short name of the omputation method used to made the alulations An eletroni opy of the report submitted to the EC. Name of the omputation method String String Minimum size: 1 Maximu m size: 255 Minimum size: 1 Maximu m size: Extra spreadsheet in the ase of airraft noise In order to distinguish between different major airports affeting the same agglomeration, an extra worksheet has been added in order to obtain the above mentioned information. Information should be provided in the workssheet named DF_4_8_Agg_Air_Major, whih ontains the following data requests: European Topi Centre Spatial Information and Analysis 20

23 Field Identifier Field Name Field Definition Compulsory () / not ompulsory () UniqueAgglomerationId Unique Agglomeration ID Unique Agglomeration ID assigned by the reporting entity to eah agglomeration. IaoCode ICAO Code The airport ode defined by the International Civil Aviation Organization Lden5054 Lden5559 Lden6064 Lden6569 s Exposed to Lden s Exposed to Lden s Exposed to Lden s Exposed to Lden (rounded to ) living in are exposed to values of Lden between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most Methodology The same ode as defined in DF_1_5_Agg The same ode as defined in DF_1_5_MAir Data type Units String String Minimum size: 6 Maximu m size: 14 Minimum size: 4 Maximu m size: 4 European Topi Centre Spatial Information and Analysis 21

24 Lden7074 Lden75 Lden5054WithSpeialIn sulation Lden5559WithSpeialIn sulation Lden6064WithSpeialIn sulation Lden6569WithSpeialIn sulation s Exposed to Lden s Exposed to Lden >75 s Exposed to Lden with Speial s Exposed to Lden with Speial s Exposed to Lden with Speial s Exposed to Lden with Speial The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 22

25 Lden7074WithSpeialIn sulation Lden75WithSpeialInsul ation Lden5054WithAQuietFa ade Lden5559WithAQuietFa ade Lden6064WithAQuietFa ade Lden6569WithAQuietFa ade s Exposed to Lden with Speial s Exposed to Lden >75 with Speial s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 23

26 Lden7074WithAQuietFa ade Lden75WithAQuietFaa de Lnight4044 Lnight4549 Lnight5054 Lnight5559 s Exposed to Lden with a Quiet s Exposed to Lden >75 with a Quiet s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in are exposed to values of Lnight between db(a), 4 m above (rounded to ) living in are exposed to values of Lnight between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 24

27 Lnight6064 Lnight6569 Lnight70 Lnight4044WithSpeialI nsulation Lnight4549WithSpeialI nsulation Lnight5054WithSpeialI nsulation s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight >70 s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight >70 db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 25

28 Lnight5559WithSpeialI nsulation Lnight6064WithSpeialI nsulation Lnight6569WithSpeialI nsulation Lnight70WithSpeialIns ulation Lnight4044WithAQuietF aade Lnight4549WithAQuietF aade s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight >70 with Speial s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight >70 db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 26

29 Lnight5054WithAQuietF aade Lnight5559WithAQuietF aade Lnight6064WithAQuietF aade Lnight6569WithAQuietF aade Lnight70WithAQuietFa ade ComputationAndMeasur ementmethodsreportde tails ComputationMethodNa me s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight >70 with a Quiet Computation and measurement methods report details Name of the omputation method (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between >70 db(a), 4 m above the ground and on the most The full name of the report, the author/publisher and date of prodution. Short name of the omputation method used to made the alulations An eletroni opy of the report submitted to the EC. Name of the omputation method String String Minimum size: 1 Maximu m size: 255 Minimum size: 1 European Topi Centre Spatial Information and Analysis 27

30 Maximu m size: Industrial noise Information should be provided in the worksheet named as DF_4_8_Agg_Ind, whih ontain the following data requests: Field Identifier Field Name Field Definition Compulsory () / not ompulsory () UniqueAgglomerationId Unique Agglomeration ID Unique Agglomeration ID assigned by the reporting entity to eah agglomeration. Lden5054 Lden5559 Lden6064 s Exposed to Lden s Exposed to Lden s Exposed to Lden (rounded to ) living in are exposed to values of Lden between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most Methodology The same ode as defined in DF_1_5_Agg Data type Units String Minimum size: 6 Maximu m size: 14 European Topi Centre Spatial Information and Analysis 28

31 Lden6569 Lden7074 Lden75 Lden5054WithSpeialIn sulation Lden5559WithSpeialIn sulation Lden6064WithSpeialIn sulation s Exposed to Lden s Exposed to Lden s Exposed to Lden >75 s Exposed to Lden with Speial s Exposed to Lden with Speial s Exposed to Lden with Speial The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 29

32 Lden6569WithSpeialIn sulation Lden7074WithSpeialIn sulation Lden75WithSpeialInsul ation Lden5054WithAQuietFa ade Lden5559WithAQuietFa ade Lden6064WithAQuietFa ade s Exposed to Lden with Speial s Exposed to Lden with Speial s Exposed to Lden >75 with Speial s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 30

33 Lden6569WithAQuietFa ade Lden7074WithAQuietFa ade Lden75WithAQuietFaa de Lnight4044 Lnight4549 Lnight5054 s Exposed to Lden with a Quiet s Exposed to Lden with a Quiet s Exposed to Lden >75 with a Quiet s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lden >75 db(a), 4 m above (rounded to ) living in are exposed to values of Lnight between db(a), 4 m above (rounded to ) living in are exposed to values of Lnight between db(a), 4 m above The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 31

34 Lnight5559 Lnight6064 Lnight6569 Lnight70 Lnight4044WithSpeialI nsulation Lnight4549WithSpeialI nsulation s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight s Exposed to Lnight >70 s Exposed to Lnight with Speial s Exposed to Lnight with Speial The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight between db(a), 4 m above the ground and on the most The estimated total number (rounded to ) living in agglomerations in dwellings that are exposed to values of Lnight >70 db(a), 4 m above (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 32

35 Lnight5054WithSpeialI nsulation Lnight5559WithSpeialI nsulation Lnight6064WithSpeialI nsulation Lnight6569WithSpeialI nsulation Lnight70WithSpeialIns ulation Lnight4044WithAQuietF aade s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight with Speial s Exposed to Lnight >70 with Speial s Exposed to Lnight with a Quiet (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have speial insulation, that are exposed to values of Lnight >70 db(a), 4 m above (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 33

36 Lnight4549WithAQuietF aade Lnight5054WithAQuietF aade Lnight5559WithAQuietF aade Lnight6064WithAQuietF aade Lnight6569WithAQuietF aade Lnight70WithAQuietFa ade s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight with a Quiet s Exposed to Lnight >70 with a Quiet (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between db(a), 4 m above the ground and on the most (rounded to ) living in have a quiet façade, that are exposed to values of Lnight between >70 db(a), 4 m above the ground and on the most European Topi Centre Spatial Information and Analysis 34

37 ComputationAndMeasur ementmethodsreportde tails ComputationMethodNa me Computation and measurement methods report details Name of the omputation method The full name of the report, the author/publisher and date of prodution. Short name of the omputation method used to made the alulations An eletroni opy of the report submitted to the EC. Name of the omputation method String String Minimum size: 1 Maximu m size: 255 Minimum size: 1 Maximu m size: exposed onsidering all noise soures in an agglomeration Information should be provided in the worksheet named as DF_4_8_Agg_ALL. This worksheet only needs to be ompleted on voluntary basis, and it is designed to ontain information for the global assessment of noise exposure in a given area due to different noise soures or for overall preditions for suh an area. Field Identifier Field Name Field Definition Compulsory () / not ompulsory () UniqueAgglomerationId Lden5054 Unique Agglomeration ID s Exposed to Lden Unique Agglomeration ID assigned by the reporting entity to eah agglomeration. total number ( hundred) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most Methodology The same ode as defined in DF_1_5_Agg, hundred is equivalent to Data type Units String Minimum size: 6 Maximum size: 14 of Lden5559 s Exposed to Lden total number ( hundred) living in agglomerations in dwellings that are exposed to values of Lden between db(a), 4 m above the ground and on the most, hundred is equivalent to of European Topi Centre Spatial Information and Analysis 35