cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4121/16947889.v2
title: Supplementary data for paper: Soil Physical Characteristics and Saturated Hydraulic Conductivity in the Landform of Barito Delta, Kalimantan, Indonesia

description: This data contain soil textures, bulk density, saturated hydraulic conductivity, landform map, soil sample location map, electrical ressistivity measurement location, and soil profile location. Soil samples are taken in each depth of soil until 5 m depth. The sample is taken representatively in every landforms in Barito Delta. Soil sample is not taken until 5 m depth in case it found fine sand material. It is because this sand material is from ancient sedimentation that occured in the past. The sample is not taken in Oxbow Lake because it is mostly covered with grass land and water. Particle size distribution (% clay, % silt and % silt) is defined from laboratory testing. USDA triangle texture is used to determine soil texture. Bulk density is sampled in land surface only or at 1 meter depth since the value is almost homogenous in peatland. Soil profile location is used to characterize soil texture in each depth of each landform in Barito Delta. Bayesian statistics is used to interpolate soil fraction in each depth to derive soil fraction map in each soil profile location. Saturated hydraulic conductivity is estimated from every sample and every depth applying Saxton and Raws (2006) formula. Research objective is to characterize soil fraction, soil texture and saturated hydraulic conductivity in peatland of Barito delta where get influence from river and sea sedimentation. Soil sample, bulk density and electrical resistivity measurement is primary data. It is disturbed soil sample. Landform is mapped using fieldcheck in 2011 of land use from landsat year 2008; soil map from institution scale 1:250,000; and topography map scale 1: 250,000
DOI: 10.4121/16947889.v3
title: Supplementary data for paper: Soil Physical Characteristics and Saturated Hydraulic Conductivity in the Landform of Barito Delta, Kalimantan, Indonesia

description: This data contain soil textures, bulk density, saturated hydraulic conductivity, landform map, soil sample location map, electrical ressistivity measurement location, and soil profile location. Soil samples are taken in each depth of soil until 5 m depth. The sample is taken representatively in every landforms in Barito Delta. Soil sample is not taken until 5 m depth in case it found fine sand material. It is because this sand material is from ancient sedimentation that occured in the past. The sample is not taken in Oxbow Lake because it is mostly covered with grass land and water. Particle size distribution (% clay, % silt and % silt) is defined from laboratory testing. USDA triangle texture is used to determine soil texture. Bulk density is sampled in land surface only or at 1 meter depth since the value is almost homogenous in peatland. Soil profile location is used to characterize soil texture in each depth of each landform in Barito Delta. Bayesian statistics is used to interpolate soil fraction in each depth to derive soil fraction map in each soil profile location. Saturated hydraulic conductivity is estimated from every sample and every depth applying Saxton and Raws (2006) formula. Research objective is to characterize soil fraction, soil texture and saturated hydraulic conductivity in peatland of Barito delta where get influence from river and sea sedimentation. Soil sample, bulk density and electrical resistivity measurement is primary data. It is disturbed soil sample. Landform is mapped using fieldcheck in 2011 of land use from landsat year 2008; soil map from institution scale 1:250,000; and topography map scale 1: 250,000
DOI: 10.4121/16947889.v4
title: Supplementary data for paper: Soil Physical Characteristics and Saturated Hydraulic Conductivity in the Landform of Barito Delta, Kalimantan, Indonesia

description: This data contain soil textures, bulk density, soil organic matter, saturated hydraulic conductivity, landform map, soil sample location map, electrical ressistivity measurement location, and soil profile location. Soil samples are taken in each depth of soil until 5 m depth. The sample is taken representatively in every landforms in Barito Delta. Soil sample is not taken until 5 m depth in case it found fine sand material. It is because this sand material is from ancient sedimentation that occured in the past. The sample is not taken in Oxbow Lake because it is mostly covered with grass land and water. Particle size distribution (% clay, % silt and % silt) is defined from laboratory testing. USDA triangle texture is used to determine soil texture. Bulk density is sampled in land surface only or at 1 meter depth since the value is almost homogenous in peatland. Soil organic matter (SOM) is sampled similar way with soil texture. Soil profile location is used to characterize soil texture in each depth of each landform in Barito Delta. Bayesian statistics is used to interpolate soil fraction in each depth to derive soil fraction map in each soil profile location. Saturated hydraulic conductivity is estimated from every sample and every depth applying Saxton and Raws (1986) and (2006), Weynants et al (2009) formulas. Research objective is to characterize soil fraction, soil texture, soil organic matter, and saturated hydraulic conductivity in peatland of Barito delta where get influence from river and sea sedimentation. Soil sample for soil texture, soil organic matter, bulk density and electrical resistivity measurement are primary data. Landform is mapped using fieldcheck in 2011 of land use from landsat year 2008; soil map from institution scale 1:250,000; and topography map scale 1: 250,000
DOI: 10.4121/16947889
title: Supplementary data for paper: Soil Physical Characteristics and Saturated Hydraulic Conductivity in the Landform of Barito Delta, Kalimantan, Indonesia

description: This data contain soil textures, bulk density, soil organic matter, saturated hydraulic conductivity, landform map, soil sample location map, electrical ressistivity measurement location, and soil profile location. Soil samples are taken in each depth of soil until 5 m depth. The sample is taken representatively in every landforms in Barito Delta. Soil sample is not taken until 5 m depth in case it found fine sand material. It is because this sand material is from ancient sedimentation that occured in the past. The sample is not taken in Oxbow Lake because it is mostly covered with grass land and water. Particle size distribution (% clay, % silt and % silt) is defined from laboratory testing. USDA triangle texture is used to determine soil texture. Bulk density is sampled in land surface only or at 1 meter depth since the value is almost homogenous in peatland. Soil organic matter (SOM) is sampled similar way with soil texture. Soil profile location is used to characterize soil texture in each depth of each landform in Barito Delta. Bayesian statistics is used to interpolate soil fraction in each depth to derive soil fraction map in each soil profile location. Saturated hydraulic conductivity is estimated from every sample and every depth applying Saxton and Raws (1986) and (2006), Weynants et al (2009) formulas. Research objective is to characterize soil fraction, soil texture, soil organic matter, and saturated hydraulic conductivity in peatland of Barito delta where get influence from river and sea sedimentation. Soil sample for soil texture, soil organic matter, bulk density and electrical resistivity measurement are primary data. Landform is mapped using fieldcheck in 2011 of land use from landsat year 2008; soil map from institution scale 1:250,000; and topography map scale 1: 250,000
DOI: 10.4121/uuid:8e9ad365-c7cd-42c5-8d7a-dcb8edcb8520
title: Flow and bed morphology response to the introduction of large wood for sediment management

description: Abstract: Submerged vanes alter sediment transport by inducing a secondary circulation without significantly compromising the conveyance capacity of the river. Similarly, large trunks of wood may be implemented in rivers as a means of sediment management, with the additional benefit of improving bio-diversity. A laboratory study is conducted to investigate the effects of large wood (LW) on flow patterns and bed morphology. The effectivity of a traditional vane field is compared to a set-up with screens composed of a stacked pile of wooden cylinders, and a set-up with an array of large individual trunks. Results from experiments with a fixed bed indicate that a reduction of streamwise velocity occurs for all configurations, and is markedly larger for the set-up with an array individual trunks. The trunks are least effective in inducing a secondary circulation and cause higher turbulence and drag. Increased porosity does not significantly influence the effectivity of the sediment management structures. In experiments with a mobile sediment bed, all three experimental set-ups have increased bed elevation conform expectations, but for different reasons. A field of trunks acts as a sediment trap because of strong reduction of the streamwise velocity, without producing a strong secondary flow such as dominant in the other configurations. Screens of large wood may be successfully implemented in rivers, as they are only slightly less effective than traditional vanes. The risk of piping underneath structures and the associated development of scour are points of concern. This dataset contains the ADV data, processed ADV data and bed elevation data measured with a line laser scanner and 3D camera
DOI: 10.4121/12707453.v2
title: Flow and bed morphology response to the introduction of large wood for sediment management

description: Abstract: Submerged vanes alter sediment transport by inducing a secondary circulation without significantly compromising the conveyance capacity of the river. Similarly, large trunks of wood may be implemented in rivers as a means of sediment management, with the additional benefit of improving bio-diversity. A laboratory study is conducted to investigate the effects of large wood (LW) on flow patterns and bed morphology. The effectivity of a traditional vane field is compared to a set-up with screens composed of a stacked pile of wooden cylinders, and a set-up with an array of large individual trunks. Results from experiments with a fixed bed indicate that a reduction of streamwise velocity occurs for all configurations, and is markedly larger for the set-up with an array individual trunks. The trunks are least effective in inducing a secondary circulation and cause higher turbulence and drag. Increased porosity does not significantly influence the effectivity of the sediment management structures. In experiments with a mobile sediment bed, all three experimental set-ups have increased bed elevation conform expectations, but for different reasons. A field of trunks acts as a sediment trap because of strong reduction of the streamwise velocity, without producing a strong secondary flow such as dominant in the other configurations. Screens of large wood may be successfully implemented in rivers, as they are only slightly less effective than traditional vanes. The risk of piping underneath structures and the associated development of scour are points of concern. This dataset contains the ADV data, processed ADV data and bed elevation data measured with a line laser scanner and 3D camera
DOI: 10.4121/12707453
title: Flow and bed morphology response to the introduction of large wood for sediment management

description: Abstract: Submerged vanes alter sediment transport by inducing a secondary circulation without significantly compromising the conveyance capacity of the river. Similarly, large trunks of wood may be implemented in rivers as a means of sediment management, with the additional benefit of improving bio-diversity. A laboratory study is conducted to investigate the effects of large wood (LW) on flow patterns and bed morphology. The effectivity of a traditional vane field is compared to a set-up with screens composed of a stacked pile of wooden cylinders, and a set-up with an array of large individual trunks. Results from experiments with a fixed bed indicate that a reduction of streamwise velocity occurs for all configurations, and is markedly larger for the set-up with an array individual trunks. The trunks are least effective in inducing a secondary circulation and cause higher turbulence and drag. Increased porosity does not significantly influence the effectivity of the sediment management structures. In experiments with a mobile sediment bed, all three experimental set-ups have increased bed elevation conform expectations, but for different reasons. A field of trunks acts as a sediment trap because of strong reduction of the streamwise velocity, without producing a strong secondary flow such as dominant in the other configurations. Screens of large wood may be successfully implemented in rivers, as they are only slightly less effective than traditional vanes. The risk of piping underneath structures and the associated development of scour are points of concern. This dataset contains the ADV data, processed ADV data and bed elevation data measured with a line laser scanner and 3D camera
DOI: 10.4121/19508464
title: Data underlying the research of: SIEs’ identity strain, job embeddedness in the host country and expatriate outcomes: within-domain and spillover buffering effects of off-the-job relationship

description: We establish a resource-based model to examine the indirect effect of SIEs’ identity strain on expatriate outcomes (performance, work withdrawal, repatriation intention) through on-the-job and off-the-job embeddedness in the host country, with off-the-job relationship building as the boundary condition. We collected two-wave data from Chinese visiting scholars in U.S. with ethics approval from the Institutional Review Board (IRB). As a result of these data screening procedures, we had a final usable sample size of 103.<br>
DOI: 10.4121/19420241.v1
title: Webinar #3: Betere kartering van de opbouw van de ondergrond | Better mapping of the subsurface structure

description: <em>For English scroll down</em>Beter gebruik maken van informatie over de ondergrond om de parameterschattingen te verbeteren van modellen die het optreden van piping, glijden van kanaaloevers of andere faalmechanismen van rivierdijken bepalen. Wilt u de presentaties van de onderzoekers terugzien? U kunt ze hier bekijken.<br><br>Better use of subsurface information to improve the parameter estimates of models that determine the occurrence of piping, slide flow of channel banks or other failure mechanisms of river dikes. Would you like to see the presentations of the researchers? You can view them here.<br><br>
DOI: 10.4121/19420241.v2
title: Webinar #3: Betere kartering van de opbouw van de ondergrond | Better mapping of the subsurface structure

description: <em>For English scroll down</em>Beter gebruik maken van informatie over de ondergrond om de parameterschattingen te verbeteren van modellen die het optreden van piping, glijden van kanaaloevers of andere faalmechanismen van rivierdijken bepalen. Wilt u de presentaties van de onderzoekers terugzien? U kunt ze hier bekijken.<br><br>Better use of subsurface information to improve the parameter estimates of models that determine the occurrence of piping, slide flow of channel banks or other failure mechanisms of river dikes. Would you like to see the presentations of the researchers? You can view them here.<br><br>
DOI: 10.4121/19420241
title: Webinar #3: Betere kartering van de opbouw van de ondergrond | Better mapping of the subsurface structure

description: <em>For English scroll down</em>Beter gebruik maken van informatie over de ondergrond om de parameterschattingen te verbeteren van modellen die het optreden van piping, glijden van kanaaloevers of andere faalmechanismen van rivierdijken bepalen. Wilt u de presentaties van de onderzoekers terugzien? U kunt ze hier bekijken.<br><br>Better use of subsurface information to improve the parameter estimates of models that determine the occurrence of piping, slide flow of channel banks or other failure mechanisms of river dikes. Would you like to see the presentations of the researchers? You can view them here.<br><br>
DOI: 10.4121/19500368
title: Data relating to Fuel-Driven Macromolecular Coacervation in Complex Coacervate Core Micelles

description: In this work a chemical reaction network (CRN) is used to drive the coacervation of macromolecular species. The CRN enables transient quaternization of tertiary amine substrates, driven by the conversion of electron deficient allyl acetates and thiol or amine nucleophiles. By incorporating tertiary amine functionality into block copolymers, we demonstrate chemical triggered complex coacervate core micelle (C3M) assembly and disassembly. In contrast to most dynamic coacervate systems, this CRN operates at constant physiological pH without the need for complex biomolecules. By varying the allyl acetate fuel, deactivating nucleophile and reagent ratios, we achieved both sequential signal-induced C3M (dis)assembly, as well as transient non-equilibrium (dis)assembly.
DOI: 10.4121/19367987
title: Data from the paper An actin mechanostat ensures hyphal tip sharpness in Phytophthora infestans to facilitate host entry.

description: Filamentous plant pathogens apply mechanical forces to pierce their hosts surface and penetrate its tissues. Devastating Phytophthora pathogens harness a specialized form of invasive tip growth to slice through the plant surface, wielding their hypha as a microscopic knife. Slicing requires a sharp hyphal tip that is not blunted at the site of the mechanical interaction. How tip shape is controlled, however, is unknown. We uncover an actin-based mechanostat in P. infestans that controls tip sharpness during penetration. Mechanical stimulation of the hypha leads to the emergence of an aster-like actin structure, which shows fast, local and quantitative feedback to the local stress. We evidence that this functions as an adaptive mechanical scaffold that sharpens the invasive weapon and prevents it from blunting. The hyphal tip mechanostat enables the efficient conversion of turgor into localized invasive pressures that are required to achieve host penetration. <br>
DOI: 10.4121/19354940.v1
title: Data underlying "Consumer buying behaviour of sustainable vacuum cleaners - Consequences for design and marketing"

description: Anonymised buying data from 902 European consumers from Philips vacuum cleaners. Used to test the difference between those who bought an energy efficient version or an inefficient version. The data also contains the specification of the bought vacuum cleaners (kg, input power Watt, suction Watt, Price in Euro). The data is obtained in 2010 when the vacuum cleaners in the EU where not limited in energy consumption yet. Customers where categorized in Green-Low Energy, who bought their vacuum cleaner for reasons of their environmental friendliness, the low energy buyers (who did so for other reasons) and the high energy buyers. Please read the article at Journal of Cleaner Production for detailed descriptions.
DOI: 10.4121/19354940
title: Data underlying "Consumer buying behaviour of sustainable vacuum cleaners - Consequences for design and marketing"

description: Anonymised buying data from 902 European consumers from Philips vacuum cleaners. Used to test the difference between those who bought an energy efficient version or an inefficient version. The data also contains the specification of the bought vacuum cleaners (kg, input power Watt, suction Watt, Price in Euro). The data is obtained in 2010 when the vacuum cleaners in the EU where not limited in energy consumption yet. Customers where categorized in Green-Low Energy, who bought their vacuum cleaner for reasons of their environmental friendliness, the low energy buyers (who did so for other reasons) and the high energy buyers. Please read the article at Journal of Cleaner Production for detailed descriptions.
DOI: 10.4121/14717019
title: Data underlying the publication: The Dutch ‘Gateway to Europe’ spatial policy narrative, 1980–2020: a systematic review

description: Gateway to Europe - systematic review of policy documents<br><br>Documents underlying the paper The Dutch ‘Gateway to Europe’ spatial policy narrative, 1980–2020: a systematic review<br>https://doi-org.tudelft.idm.oclc.org/10.1080/02665433.2022.2053879<br>Main author: Merten Nefs, m.nefs-1@tudelft.nl<br><br>The data concern a systematic review of policy documents, policy advice reports and empirical research regarding hinterland logistics planning in the Netherlands. They are used in a research paper, part of the PhD project Landscapes of Trade, describing the evolving of the Gateway to Europe policy narrative between 1980-2020. More information on www.landscapesoftrade.nl<br>
DOI: 10.4121/14717058
title: Data underlying the publication: Behind the big box - understanding the planning-development dialectic of large distribution centres in Europe'.

description: # XXL distribution centres: cases of Venlo Trade Port Noord and Roosendaal Borchwerf<br><br>## Licence<br>Creative Commons: CC BY-SA 4.0 (attribution + share alike)<br>Merten Nefs<br>DOI:10.4121/14717058<br><br>This dataset provides the underlying documents analyzed in the paper 'Behind the big box - understanding the planning-development dialectic of large distribution centres in Europe'.<br>https://doi.org/10.1080/09654313.2022.2057792<br>Main author: Merten Nefs<br>The paper is part of the PhD project Landscapes of Trade, more information on www.landscapesoftrade.nl<br><br>Data include one dossier of planning, legal and other documents per city. Additionally, the set provides survey data and method, performed among 22 interviewed stakeholders and experts.<br>
DOI: 10.4121/16896406.v2
title: Papyrus - A large scale curated dataset aimed at bioactivity predictions

description: This repository contains the Papyrus dataset, an aggregated dataset of small molecule bioactivities, as described in the manuscript "Papyrus - A large scale curated dataset aimed at bioactivity predictions" (Work in Progress).With the recent rapid growth of publicly available ligand-protein bioactivity data, there is a trove of viable data that can be used to train machine learning algorithms. However, not all data is equal in terms of size and quality, and a significant portion of researcher’s time is needed to adapt the data to their needs. On top of that, finding the right data for a research question can often be a challenge on its own. As an answer to that, we have constructed the Papyrus dataset, comprised of around 60 million datapoints. This dataset contains multiple large publicly available datasets such as ChEMBL and ExCAPE-DB combined with smaller datasets containing high quality data. This aggregated data has been standardised and normalised in a manner that is suitable for machine learning. We show how data can be filtered in a variety of ways, and also perform some rudimentary quantitative structure-activity relationship and proteochemometrics modeling. Our ambition is to create a benchmark set that can be used for constructing predictive models, while also providing a solid baseline for related research.