cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4121/uuid:f4bfe258-a220-4e34-818e-d93e441a88f7
title: IDRA weather radar measurements - day 2015-03-20

description: Radar range: standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2015-03 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:f5bf67eb-c012-4d6d-b288-09afd407d62a
title: IDRA weather radar measurements - day 2015-04-05

description: Radar range: standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2015-04 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:f6a41304-12e6-42a7-9793-3b9eca07194b
title: IDRA weather radar measurements - day 2014-12-28

description: Radar range: standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2014-12 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:f78a3245-7c38-4735-b27f-5241d9229240
title: IDRA weather radar measurements - day 2014-11-26

description: Radar range: standard. Max rain level: weak rain. Parent item: IDRA weather radar measurements - month 2014-11 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:f872062a-62d4-465d-902a-bfb8924135b6
title: IDRA weather radar measurements - day 2015-04-16

description: Radar range: standard. Max rain level: weak rain. Parent item: IDRA weather radar measurements - month 2015-04 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:f9dd5410-1fcc-4f69-9bf2-b8f1de74783c
title: IDRA weather radar measurements - month 2015-02

description: Parent item: IDRA weather radar measurements - all data Detailed observation of the spatial and temporal distribution of rainfall and drizzle, measured by IDRA (IRCTR Drizzle Radar) at Cabauw, Lopik, Netherlands. This is a growing time series of datasets, updated every few months. Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:fb522c24-b4de-4983-b4e9-46b96c18f465
title: IDRA weather radar measurements - day 2014-11-28

description: Radar range: standard. Max rain level: weak rain. Parent item: IDRA weather radar measurements - month 2014-11 Measuring instrument: IDRA atmospheric radar in CESAR observatory, Cabauw IRCTR has built a high resolution radar system, IDRA (IRCTR Drizzle Radar), aimed at the detailed observation of the spatial and temporal distribution of rainfall and drizzle. The system was placed at the end of August 2007 on top of a 213 m high meteorological tower in the CESAR (Cabauw Experimental Site for Atmospheric Research) observatory in Cabauw, The Netherlands. This location has several advantages: In the first place, an increased sensitivity due to the reduction of the influence of ground clutter. Secondly, it allows direct observation of the horizontal distribution of low level clouds and fog. Finally, the presence of other instruments in the vicinity enhances the understanding of the physical processes in the atmosphere by synergistically combining their measurements. Data from other instruments at CESAR are available at {http://www.cesar-database.nl}. IDRA provides the horizontal distribution of reflectivity, mean Doppler velocity, Doppler spectrum width and polarimetric parameters like differential reflectivity, linear depolarization ratio or specific differential phase. The data collected is freely available to the scientific community.
DOI: 10.4121/uuid:86e2925a-f59e-480c-8548-4e3f9f2aea9d
title: A video registration of auto-combustion synthesis experiments of perovskite-type oxides SrTi1-xFexO3-δ

description: Video recording of the auto-combustion reaction to produce SrTi0.5Fe0.5O3-δ. In the video, the effect of ϕe on the combustion characteristics is compared for fuel-lean, stoichiometric, and fuel-rich mixtures. In the video, the auto-combustion is performed with three different values for the elemental stoichiometric coefficient. The effects of this coefficient on the combustion are compared. In the video registration the used parameters are explained.
DOI: 10.4121/uuid:deed39cd-7eee-4e10-a469-422ee57953cc
title: Analysis of the notional permeability of rubble mound breakwaters by means of a VOF model

description: A Volume-of-Fluid (VOF) model is used as a tool to analyse the notional permeability of rubble mound breakwaters. Several physical model tests of Van der Meer (1988) are simulated in this numerical model. Pressure and flow velocity values are measured inside the top layers of the breakwaters.
DOI: 10.4121/uuid:cf9cb35c-96e8-4156-9e84-39f87c4fc55d
title: First ecological study of the Bawean warty pig (Sus blouchi), Indonesia; options for wildlife conservation and community education

description: The research involves exploring the unknown population numbers, behaviour and ecology of Bawean warty pigs by using camera trapping and line transects. The data here available are from the camera traps in protected areas, pig population numbers and habitat preferences (incl. standard descriptors, habitat assessment and Random Encounter Model (REM) analysis). Detailed information about the dataset can be found in the file 'Habitat assessment digital datasheet.xlsx' .
DOI: 10.4121/uuid:d68d5ca7-41c0-410b-b3ad-89bc1a85396f
title: Wine characteristics: astringency (tasting and tests), classical parameters, polyphenols (focused on tannins), oligosaccharides and polysaccharides

description: The aim was to find a fast method to estimate red wines astringencies. The datasets contains the following parameters measured for 21 wines: astringencies assessed by sensory analysis or by specific tests such as BSA and MC; classical wine analysis; polyphenols analysis focused on tannins; oligosaccharides; polysaccharides (RGII, mannoproteins, polysaccharides rich in arabinose and galactose); and the absorbances at two wavelengths: 230 and 280 nm.
DOI: 10.4121/uuid:bad2f5a6-f80a-4632-bad2-05eaf7625973
title: Strength of the grass sod on dikes during wave overtopping

description: This thesis focuses on the erosion of the grass sod during overtopping wave volumes. Several tests have been performed in the last few years with the wave overtopping simulator. During this thesis, some of these locations have been tested for the strength of the grass sod with a newly developed method. This new method, called the sod pulling method, tests the actual strength of the grass by lifting the grass sod out of the top layer. The measured forces needed to lift the grass sod can be rewritten into critical grass normal stresses. Furthermore, the displacement is measured as a function of the measured force.
DOI: 10.4121/uuid:63a8435a-077d-4ece-97cd-2c76d394d99c
title: BPI Challenge 2015 Municipality 2

description: Data for municipality 2 Parent item: BPI Challenge 2015 This data is provided by five Dutch municipalities. The data contains all building permit applications over a period of approximately four years. There are many different activities present, denoted by both codes (attribute concept:name) and labels, both in Dutch (attribute taskNameNL) and in English (attribute taskNameEN). The cases in the log contain information on the main application as well as objection procedures in various stages. Furthermore, information is available about the resource that carried out the task and on the cost of the application (attribute SUMleges). The processes in the five municipalities should be identical, but may differ slightly. Especially when changes are made to procedures, rules or regulations the time at which these changes are pushed into the five municipalities may differ. Of course, over the four year period, the underlying processes have changed. The municipalities have a number of questions, namely: What are the roles of the people involved in the various stages of the process and how do these roles differ across municipalities? What are the possible points for improvement on the organizational structure for each of the municipalities? The employees of two of the five municipalities have physically moved into the same location recently. Did this lead to a change in the processes and if so, what is different? Some of the procedures will be outsourced from 2018, i.e. they will be removed from the process and the applicant needs to have these activities performed by an external party before submitting the application. What will be the effect of this on the organizational structures in the five municipalities? Where are differences in throughput times between the municipalities and how can these be explained? What are the differences in control flow between the municipalities? There are five different log files available in this collection. Events are labeled with both a code and a Dutch and English label. Each activity code consists of three parts: two digits, a variable number of characters, and then three digits. The first two digits as well as the characters indicate the subprocess the activity belongs to. For instance ‘01_HOOFD_xxx’ indicates the main process and ‘01_BB_xxx’ indicates the ‘objections and complaints’ (‘Beroep en Bezwaar’ in Dutch) subprocess. The last three digits hint on the order in which activities are executed, where the first digit often indicates a phase within a process. Each trace and each event, contain several data attributes that can be used for various checks and predictions. Furthermore, some employees may have performed tasks for different municipalities, i.e. if the employee number is the same, it is safe to assume the same person is being identified.
DOI: 10.4121/uuid:679b11cf-47cd-459e-a6de-9ca614e25985
title: BPI Challenge 2015 Municipality 4

description: Data for municipality 4 Parent item: BPI Challenge 2015 This data is provided by five Dutch municipalities. The data contains all building permit applications over a period of approximately four years. There are many different activities present, denoted by both codes (attribute concept:name) and labels, both in Dutch (attribute taskNameNL) and in English (attribute taskNameEN). The cases in the log contain information on the main application as well as objection procedures in various stages. Furthermore, information is available about the resource that carried out the task and on the cost of the application (attribute SUMleges). The processes in the five municipalities should be identical, but may differ slightly. Especially when changes are made to procedures, rules or regulations the time at which these changes are pushed into the five municipalities may differ. Of course, over the four year period, the underlying processes have changed. The municipalities have a number of questions, namely: What are the roles of the people involved in the various stages of the process and how do these roles differ across municipalities? What are the possible points for improvement on the organizational structure for each of the municipalities? The employees of two of the five municipalities have physically moved into the same location recently. Did this lead to a change in the processes and if so, what is different? Some of the procedures will be outsourced from 2018, i.e. they will be removed from the process and the applicant needs to have these activities performed by an external party before submitting the application. What will be the effect of this on the organizational structures in the five municipalities? Where are differences in throughput times between the municipalities and how can these be explained? What are the differences in control flow between the municipalities? There are five different log files available in this collection. Events are labeled with both a code and a Dutch and English label. Each activity code consists of three parts: two digits, a variable number of characters, and then three digits. The first two digits as well as the characters indicate the subprocess the activity belongs to. For instance ‘01_HOOFD_xxx’ indicates the main process and ‘01_BB_xxx’ indicates the ‘objections and complaints’ (‘Beroep en Bezwaar’ in Dutch) subprocess. The last three digits hint on the order in which activities are executed, where the first digit often indicates a phase within a process. Each trace and each event, contain several data attributes that can be used for various checks and predictions. Furthermore, some employees may have performed tasks for different municipalities, i.e. if the employee number is the same, it is safe to assume the same person is being identified.
DOI: 10.4121/uuid:b32c6fe5-f212-4286-9774-58dd53511cf8
title: BPI Challenge 2015 Municipality 5

description: Data for municipality 5 Parent item: BPI Challenge 2015 This data is provided by five Dutch municipalities. The data contains all building permit applications over a period of approximately four years. There are many different activities present, denoted by both codes (attribute concept:name) and labels, both in Dutch (attribute taskNameNL) and in English (attribute taskNameEN). The cases in the log contain information on the main application as well as objection procedures in various stages. Furthermore, information is available about the resource that carried out the task and on the cost of the application (attribute SUMleges). The processes in the five municipalities should be identical, but may differ slightly. Especially when changes are made to procedures, rules or regulations the time at which these changes are pushed into the five municipalities may differ. Of course, over the four year period, the underlying processes have changed. The municipalities have a number of questions, namely: What are the roles of the people involved in the various stages of the process and how do these roles differ across municipalities? What are the possible points for improvement on the organizational structure for each of the municipalities? The employees of two of the five municipalities have physically moved into the same location recently. Did this lead to a change in the processes and if so, what is different? Some of the procedures will be outsourced from 2018, i.e. they will be removed from the process and the applicant needs to have these activities performed by an external party before submitting the application. What will be the effect of this on the organizational structures in the five municipalities? Where are differences in throughput times between the municipalities and how can these be explained? What are the differences in control flow between the municipalities? There are five different log files available in this collection. Events are labeled with both a code and a Dutch and English label. Each activity code consists of three parts: two digits, a variable number of characters, and then three digits. The first two digits as well as the characters indicate the subprocess the activity belongs to. For instance ‘01_HOOFD_xxx’ indicates the main process and ‘01_BB_xxx’ indicates the ‘objections and complaints’ (‘Beroep en Bezwaar’ in Dutch) subprocess. The last three digits hint on the order in which activities are executed, where the first digit often indicates a phase within a process. Each trace and each event, contain several data attributes that can be used for various checks and predictions. Furthermore, some employees may have performed tasks for different municipalities, i.e. if the employee number is the same, it is safe to assume the same person is being identified.
DOI: 10.4121/uuid:96361b5c-bd5c-4f6e-a517-27e47b07d883
title: Stable water isotopes in open water and forest floor evaporation

description: This study aims to measure open water evaporation of a Class A-pan and evaporation of a Cedar Needle forest floor (interception) using stable water isotopes. The experiments were carried out in the laboratory.
DOI: 10.4121/uuid:4b0483fe-b258-4c1a-900f-8adb030bb42f
title: Wind set-up data in the IJsselmeer lake (the Netherlands)

description: Study to relate measured wind set-up data with observed wind speed in the IJsselmeer lake (the Netherlands) in order to calibrate wind set-up formula (surge formula) for shallow water conditions. An explanation about the values in the excel sheet can be found in the related publication: Nauwkeurigheid van formules voor windopzet aan de hand van meetgegevens van het IJsselmeer.
DOI: 10.4121/uuid:c9fc8faa-1516-44b2-bc5a-90d4765c580f
title: Very Long Term Development of the Dutch Inland Waterway Transport System; Policy Analysis, Transport Projections, Shipping Scenarios, and a New Perspective on Economic Growth and Future Discounting - Appendix F: Data Files and Calculation Sheets

description: This dataset contains the data files and calculation sheets that are related to the PhD project "Very Long Term Development of the Dutch Inland Waterway Transport System" that is conducted on behalf of Rijkswaterstaat at the section Ports and Waterways within the department of Hydraulic Engineering of the Faculty of Civil Engineering and Geosciences at the TU Delft.