cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.15156/bio/sh2102339.08fu
title: SH2102339.08FU

description: UNITE provides a unified way for delimiting, identifying, communicating, and working with DNA-based Species Hypotheses (SH). All fungal ITS sequences in the international nucleotide sequence databases are clustered to approximately the species level by applying a set of dynamic distance values (<0.5 - 3.0%). All species hypotheses are given a unique, stable name in the form of a DOI, and their taxonomic and ecological annotations are verified through distributed, web-based third-party annotation efforts. SHs are connected to a taxon name and its classification as far as possible (phylum, class, order, etc.) by taking into account identifications for all sequences in the SH. An automatically or manually designated sequence is chosen to represent each such SH. These sequences are released (https://unite.ut.ee/repository.php) for use by the scientific community in, for example, local sequence similarity searches and next-generation sequencing analysis pipelines. The system and the data are updated automatically as the number of public fungal ITS sequences grows.
DOI: 10.4121/uuid:e9f7e76d-d156-48ca-a895-9715830a8fcf
title: IDRA weather radar measurements - day 2015-06-02

description: Radar ranges: near, standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2015-06 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:ed1981a0-17fb-4d29-9aef-936a48460710
title: IDRA weather radar measurements - day 2015-06-03

description: Radar ranges: near, standard. Max rain level: weak rain. Parent item: IDRA weather radar measurements - month 2015-06 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:ed577367-748c-4d69-baeb-573efc041505
title: IDRA weather radar measurements - day 2015-07-08

description: Radar range: standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2015-07 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:f2685486-3177-4bde-90bd-381b981375f7
title: IDRA weather radar measurements - month 2015-05

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:f5c6e68f-7499-41d8-aa60-f7b6341df367
title: IDRA weather radar measurements - day 2015-06-14

description: Radar range: standard. Max rain level: weak rain. Parent item: IDRA weather radar measurements - month 2015-06 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:f8aab4c3-25d8-4fdc-a9b1-60bf6c77fedf
title: IDRA weather radar measurements - day 2015-06-24

description: Radar range: standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2015-06 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:fd87b499-c5e4-4095-a404-7d2c2a586936
title: IDRA weather radar measurements - day 2015-06-10

description: Radar range: standard. Max rain level: moderate rain. Parent item: IDRA weather radar measurements - month 2015-06 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:fe7be482-0325-4051-a29c-7b0e37ca9f4a
title: IDRA weather radar measurements - day 2015-08-12

description: Radar range: standard. Max rain level: weak rain. Parent item: IDRA weather radar measurements - month 2015-08 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:68ef90c2-d9da-4511-a7ba-d21f68769e03
title: Gauge-cam videos of river flow of the Tiber river - part 1

description: Experimental videos recorded on January, 2nd 2015 at the novel gauge-cam station on the Tiber river Parent item: Gauge-cam videos of river flow of the Tiber river Experimental videos recorded at the novel gauge-cam station on the Tiber river. Measuring instrument: Gauge-cam station on the Tiber river
DOI: 10.4121/uuid:94bacf2d-eb3c-4499-8d3e-bd68d123642f
title: Delft Windmill Interior and Exterior Laser Scanning Point Clouds - The Raw Data

description: Delftse Molen or Molen de Roos Windmill laser scanning data, point clouds are acquired for BSc Thesis of Joppe Roebroeks The data includes generated mesh models from the point clouds as well. Merging interior and exterior laser scanning point clouds of the historical windmill, completing the missing parts from airborne laser scanning data and trying different mesh generation methods for full 3D windmill model generation in order to be able to perform virtual visits in the future. Background: “Molen de Roos” a mill located in Delft, a city in the western part of the Netherlands, is only one of the many old buildings in the Netherlands. More and more these buildings are degrading with respect to integrity, suffering from their age. Therefore it would be desired to look for ways to scan the building in order to find damaged areas. They can then be repaired before the building is being damaged beyond repair (or very expensively) or before even losing the entire building (through collapse). In the BSc thesis there is a focus on documentation of the precise building contour my means of laser scanning and processing the data into a 3D model. Detailed laser scanning makes it possible to map a large part of the surface area of the interior and exterior of mill in order to find flaws, direct damage or propagating damage over time. This dataset is the raw data, not processed, not reduced in size. It does not contain any correction.
DOI: 10.4121/uuid:ecc3b182-d312-4216-9053-a824d0e04d5e
title: Supplementary datasets to publication about Genome wide co-expression analysis of steroid receptors in the mouse brain

description: These are the supplementary datasets to our publication "Genome wide co-expression analysis of steroid receptors in the mouse brain: identification of dedicated signaling pathways and functionally coordinated regions". Steroid receptors are pleiotropic transcription factors that coordinate adaptation to different physiological states. An important target organ is the brain, but even though their effects are well studied in specific regions, brain-wide steroid receptor targets and mediators remain largely unknown due to the brain complexity. Here, we tested the idea that novel aspects of steroid action can be identified through spatial correlation of steroid receptors with genome-wide mRNA expression across different regions in the mouse brain. First, we observed significant co-expression of receptors with sets of steroid target genes that were identified in single brain regions. These co-expression relationships were also present in distinct other brain regions, suggestive of as yet unidentified coordinate regulation of brain regions by e.g. glucocorticoids and estrogens. Second, co-expression of a set of 62 known nuclear receptor co-regulators and the six steroid receptors in 12 non-overlapping mouse brain regions revealed selective downstream pathways, such as Pak6 as a mediator for androgen and glucocorticoid receptor’s effects on dopaminergic transmission. Third, Magel2 and Irs4 were identified and validated as strongly responsive to the estrogen diethylstilbesterol in the mouse hypothalamus. The brain- and genome wide correlations of mRNA expression levels that we provide constitute a rich resource for further prediction and understanding brain modulation by steroid hormones.
DOI: 10.4121/uuid:0f7ad0ca-9437-4e0e-a801-5a83994a935c
title: Building with nature video #09 - Ecosystem services in Building with Nature @ TU Delft 2015

description: Evaluation of ecosystem services as a component of Building with Nature @ TU Delft. 2015. Video 9 in a series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:2e9b2118-284d-46f3-81c6-a4afd646b130
title: Building with nature video #08 - Connecting the Dots 2 in Building with Nature @ TU Delft 2015

description: Linking from ecological process knowledge to ecosystem services in the Building with Nature course @ TU Delft. 2015. Video 8 in the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:55081e52-ad16-461c-947c-19abf3483856
title: Building with nature video #05 - Connecting the Dots 1 in Building with Nature @ TU Delft 2015

description: Linking between the Building with Nature philosophy and design approach, and ecological processes. A component of the Building with Nature 2015 course at TU Delft. Video 5 in the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:6209da77-4774-46fc-83a5-9fbe11fba1b6
title: Building with nature video #12 - Issues of Scale in Building with Nature @ TU Delft 2015

description: addressing governance aspects of Building with Nature. Issues of Scale. 2015. Video 12 of the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:6ea5b130-5091-48ca-a79e-cab3934ee30f
title: Building with nature video #02 - Introduction to Building with Nature @ TU Delft 2015

description: Introducing the Building with Nature course @ TU Delft 2015. A brief introduction to the concept of Building with Nature is given. Study goals are described, and the structure of the course in 5 design assignments is explained. Video 2 in the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:7e808983-1d22-42fd-a4f0-4988a339351f
title: Building with nature video #10 - Connecting the Dots 3 in Building with Nature @ TU Delft 2015

description: Linking between evaluation using ecosystem services and the governance aspects of Building with Nature. Video 10 in the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:877cca47-9d6d-4a37-8fb3-a0b9f0c137eb
title: Building with nature video #11 - Multi-actor systems and multifunctionality in Building with Nature @TU Delft 2015

description: Addressing the complexity of governance issues in Building with Nature. Issues of multi-actor systems and multifunctionality of hydraulic infrastructure. Video 11 in the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.
DOI: 10.4121/uuid:a03fc5c6-6eef-4179-82be-ba40c320ec5a
title: Building with nature video #13 - Connecting the Dots 4 in Building with Nature @ TU Delft 2015

description: Linking the knowledge on multi-actor systems, multifunctionality, and issues of scale back to the principles underlying Building with Nature. 2015. Video 13 of the series of 13 videos. Parent item: Building with Nature @ TU Delft 2015 Video material forming a component of a masters level course on ecosystem-friendly, integrated design of hydraulic infrastructures at TU Delft. 13 videos in total, dealing with the Building with Nature philosophy and design approach, ecological processes, evaluation using ecosystem services, and the governance aspects. The governance aspects include multi-actor systems, multifunctionality and issues of scale. The topics are linked by a series of videos called Connecting the Dots 1, 2,3 & 4.