cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.16499373
title: 2014-02-20 13-28 Lake Rotoehu

description: A CTD cast on Lake Rotoehu<br><br><b>Quality control:</b> Accuracy; Calibration; Model; Sensor height (m)<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Beam Transmission; Chlorophyll Fluorescence; Conductivity; Dissolved Oxygen Concentration; Dissolved Oxygen Saturation; Photosynthetically Active Radiation; Specific Conductance; Water Temperature<br><br><b>Start date:</b> 2014-02-20<br><br><b>End date:</b> 2014-02-20<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499379
title: 2014-05-16 10-59 Lake Rotoehu

description: A CTD cast on Lake Rotoehu<br><br><b>Quality control:</b> Accuracy; Calibration; Model; Sensor height (m)<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Beam Transmission; Chlorophyll Fluorescence; Conductivity; Dissolved Oxygen Concentration; Dissolved Oxygen Saturation; Photosynthetically Active Radiation; Specific Conductance; Water Temperature<br><br><b>Start date:</b> 2014-05-16<br><br><b>End date:</b> 2014-05-16<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499382
title: 2014-06-13 10-45 Lake Rotoehu

description: A CTD cast on Lake Rotoehu<br><br><b>Quality control:</b> Accuracy; Calibration; Model; Sensor height (m)<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Beam Transmission; Chlorophyll Fluorescence; Conductivity; Dissolved Oxygen Concentration; Dissolved Oxygen Saturation; Photosynthetically Active Radiation; Specific Conductance; Water Temperature<br><br><b>Start date:</b> 2014-06-13<br><br><b>End date:</b> 2014-06-13<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499385
title: 2014-12-19 10-22 Lake Rotoehu

description: A CTD cast on Lake Rotoehu<br><br><b>Quality control:</b> Accuracy; Calibration; Model; Sensor height (m)<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Conductivity; Dissolved Oxygen Concentration; Dissolved Oxygen Saturation; Specific Conductance; Water Temperature<br><br><b>Start date:</b> 2014-12-19<br><br><b>End date:</b> 2014-12-19<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499388
title: 2015-01-14 09-35 Lake Rotoehu

description: A CTD cast on Lake Rotoehu<br><br><b>Quality control:</b> Accuracy; Calibration; Model; Sensor height (m)<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Beam Transmission; Chlorophyll Fluorescence; Conductivity; Dissolved Oxygen Concentration; Dissolved Oxygen Saturation; Photosynthetically Active Radiation; Specific Conductance; Water Temperature<br><br><b>Start date:</b> 2015-01-14<br><br><b>End date:</b> 2015-01-14<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499391
title: Rotoehu zooplankton sampling 2011 - 2015

description: Zooplankton counts from Lake Rotoehu monitoring for the period December 2011 to May 2015. Data includes sites adjacent to artificial mixing devices (Site 1 (2012-2015) and Site 3 (2014-15)) and a control site (Site 2). See University of Waikato ERI reports 59 and 57 for further details.<br><br><b>Quality control:</b> Collected by; Habitat type; Identified by; Magnification; Microscope type; Net mesh size; Reference for identification guide; Sampling gear<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Plankton Species Counts; Sample Volume; Sub-Sample Volume<br><br><b>Start date:</b> 2011-12-15<br><br><b>End date:</b> 2015-05-15<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499394
title: Rotoehu phytoplankton sampling 2011 - 2015

description: Phytoplankton counts from Lake Rotoehu monitoring for the period December 2011 to May 2015. Data includes sites adjacent to artificial mixing devices (Site 1 (2012-2015) and Site 3 (2014-15)) and a control site (Site 2). See University of Waikato ERI reports 59 and 57 for further details.<br><br><b>Quality control:</b> Collected by; Identified by; Magnification; Microscope type; Reference for identification guide; Sampling gear; Transect (grid of FoV); Volume settled (mL)<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Plankton Species Counts; Sample Volume; Sub-Sample Volume<br><br><b>Start date:</b> 2011-12-15<br><br><b>End date:</b> 2015-05-15<br><br><b>Lake:</b> Lake Rotoehu<br><br><b>Region:</b> Bay of Plenty<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499397
title: Lake Ruatuna fish survey 2016

description: Number of fish caught from boat electro-fishing survey of Lake Ruatuna - 22/02/2016<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Area Fished; Black Disc; Distance fished; Fish Species Counts; Specific Conductance; Time fished; Water Temperature<br><br><b>Start date:</b> 2016-02-22<br><br><b>End date:</b> 2016-02-22<br><br><b>Lake:</b> Lake Ruatuna<br><br><b>Region:</b> Waikato<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.17632/v6hkpgbnpj.1
title: RAG2 abolishes RAG1 aggregation to facilitate V(D)J recombination

description: RAG1 and RAG2 form a tetramer nuclease to initiate V(D)J recombination in developing T and B lymphocytes. The RAG1 protein evolves from a transposon ancestor and possesses nuclease activity that requires interaction with RAG2. Here, we show that the human RAG1 protein aggregates in the nucleus in the absence of RAG2, exhibiting a extremely low V(D)J recombination activity. In contrast, RAG2 does not aggregate by itself, but it interacts with RAG1 to disrupt RAG1 aggregates and thereby to activate robust V(D)J recombination. Moreover, RAG2 from mouse and zebrafish could not disrupt the aggregation of human RAG1 as efficiently as human RAG2 did, indicating a species-specific regulatory mechanism for RAG1 by RAG2. Therefore, we propose that RAG2 coevolves with RAG1 to release inert RAG1 from aggregates and thereby activate V(D)J recombination to generate diverse antigen receptors in lymphocytes. PEM-seq sequencing was used for detecting the catalytic activity of human RAG complex . The Sample name and Species ,cell lines and treatment were listed at a Excell table. Qrignal sequencing and processed data were loaded at the datafiles. The processed data was used the superQ scripts  as the descripted (Yin et al., 2019; Liu et al., 2021).
DOI: 10.6084/m9.figshare.16499403
title: Lake Ruatuna fish measurements - 2016

description: Measurements of fish caught boat electro-fishing Lake Ruatuna - 2016<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Area Fished; Black Disc; Distance fished; Fish Fork Length; Fish Weight; Specific Conductance; Time fished; Water Temperature<br><br><b>Start date:</b> 2016-02-22<br><br><b>End date:</b> 2016-02-22<br><br><b>Lake:</b> Lake Ruatuna<br><br><b>Region:</b> Waikato<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.17632/yhnfc4cpmt.1
title: Multiple Degrees-Of-Freedom Input Devices for Interactive Command and Control within Virtual Reality in Industrial Visualisations

description: A new automated layered computing framework called Library for Interactive Settings and User-Modes (LISU) allows multiple input devices with multiple degrees of freedom (DOF) to interact simultaneously, allowing for more intuitive and natural behaviour.  The findings of this work support the notion of the naturalness, learnability and transfer learning of an HCI to understand, test, evaluate, reengineer, and communicate virtual behaviour better.
DOI: 10.17632/f2ff77b9pk.1
title: Data of “First-Principles Study of the Tensile Properties and Failure Mechanism of the Al/Al3Ti Interface”

description: In this paper, the most stable interface model was determined by calculating the interface adhesion work of Al(111)/Al3Ti(112). Based on this, the tensile model of the Al/Al3Ti interface was established and the first-principles tensile experiment was carried out. The stress-strain curve, deformation energy-strain curve, bond length, bond angle, lattice constant and charge distribution of the Al/Al3Ti interface during tensile process were calculated, and the mechanism of the Al/Al3Ti interface deformation and failure under tensile stress was revealed.
DOI: 10.17632/rh227v625g.1
title: The Diachronic Lenition in Old English 

description: Honeybone (2012) states that there are not many lenitions in the history of English. Kindly refer to Honeybone (2012) for the detailed definition of lenition. The present author finds it worth collecting and collating the raw data concerning such a rare phenomenon in Old English and its diachronically earlier form because no data on lenition in the source language has been as yet made available. The data on lenition in Old English have been compiled from Anderson and Jones (1977) and Collins Online Dictionary (2021).
  The data is organized as follows. Section 1 shows in the three columns 12 diachronically earlier forms in Old English compared to Middle English and their meanings in Modern English. Three words in Old Norse are compared with their equivalents in Old English. One word in Old High German is compared with its equivalent in Old English. This illustration could make it possible to trace what may count as the [ɡ] → [w] lenition back in the language evolution. The orthographic g is /ɣ/ (voiceless velar fricative) between two voiced sounds in Old English (Baker 2003). Section 2, in a similar fashion, indicates that diachronically the [t] → [d] lenition occurred when the words in Old High German were borrowed into Old English; and there were 105 words exhibiting such a language change.
  As Anderson and Jones (1977) suggest for a future study to be conducted, it may be worth testing the hypothesis that the velar consonant is more liable to undergo lenition than coronal and labial consonants in Old English.
DOI: 10.17632/29vctwjr58.1
title: LDHU3_04.1520

description: actin
Leishmania donovani (HU3 strain)
DOI: 10.6084/m9.figshare.16499415
title: Lake Karapiro (2004).

description: Lake Karapiro Electro-fishing survey (2004).<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Area Fished; Distance fished; EF % range; EF current; EF pulse rate; Fish Species Counts; Pass number; Specific Conductance; Time fished; Water Temperature<br><br><b>Start date:</b> 2004-03-05<br><br><b>End date:</b> 2004-03-05<br><br><b>Lake:</b> Lake Karapiro<br><br><b>Region:</b> Waikato<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.17632/j977v8v5fp.1
title: SU3lib: A C++ library for accurate computation of Wigner and Racah coefficients of SU(3)

description: We present the C++ library SU3lib for accurate computation of SU(3) Wigner coupling and Racah recoupling coefficients. It is built on the efficient mathematical algorithm originally proposed by Draayer and Akiyama [1]. The presented library extends the reach of this algorithm towards large SU(3) irreducible representations and outer multiplicities that were heretofore inaccessible due to floating-point precision errors. As large irreducible representations of SU(3) play an important role in medium- and heavy-mass atomic nuclei, SU3lib expands the scope of approaches to nuclear structure and reactions that rely on available SU(3) coupling-recoupling coefficients.
DOI: 10.6084/m9.figshare.16499421
title: Oranga Lake (2004)

description: Oranga Lake Electro-fishing survey (2004).<br><br><b>Type of waterbody:</b> Lake<br><br><b>Variables:</b> Area Fished; Distance fished; EF % range; EF Range; EF current; EF pulse rate; Fish Species Counts; Pass number; Specific Conductance; Time fished; Water Temperature<br><br><b>Start date:</b> 2004-04-30<br><br><b>End date:</b> 2004-04-30<br><br><b>Lake:</b> Lake Oranga<br><br><b>Region:</b> Waikato<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.6084/m9.figshare.16499424
title: Macroinvertebrate biomass in the water column of constructed wetlands near Lake Whangape

description: Macroinvertebrate biomass in the water column of constructed wetlands near Lake Whangape<br><br><b>Quality control:</b> Habitat type; Identification QA; Identified by; Net mesh size; Sampling method; Sampling protocol; Sorting QA; Sorting protocol<br><br><b>Type of waterbody:</b> Wetland<br><br><b>Variables:</b> Macroinvertebrates Biomass; Sampling effort<br><br><b>Start date:</b> 2013-06-25<br><br><b>End date:</b> 2013-12-07<br><br><b>Region:</b> Waikato<br><br><b>Wetland:</b> Constructed wetlands near Lake Whangape<br><br>This dataset was originally hosted in the LERNZdb freshwater data repository that was developed as part of the Lake Ecosystem Restoration New Zealand (LERNZ) project run by the Environmental Research Institute at the University of Waikato, New Zealand. <br><br>In retrieving LERNZdb material you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply.
DOI: 10.5281/zenodo.5290791
title: Helium Ion Density Ratios Upstream from Mars

description: This data set contains ratios of singly to doubly ionized helium computed from MAVEN STATIC measurements made upstream from Mars in the magnetosheath and upstream solar wind.
DOI: 10.5281/zenodo.5290790
title: Helium Ion Density Ratios Upstream from Mars

description: This data set contains ratios of singly to doubly ionized helium computed from MAVEN STATIC measurements made upstream from Mars in the magnetosheath and upstream solar wind.
DOI: 10.17632/4v7zxnc8j3.1
title: Simulating low-energy neutrino interactions with MARLEY

description: Monte Carlo event generators are a critical tool for the interpretation of data obtained by neutrino experiments. Several modern event generators are available which are well-suited to the GeV energy scale used in studies of accelerator neutrinos. However, theoretical modeling differences make their immediate application to lower energies difficult. In this paper, I present a new event generator, MARLEY, which is designed to better address the simulation needs of the low-energy (tens of MeV and below) neutrino community. The code is written in C++14 with an optional interface to the popular ROOT data analysis framework. The current release of MARLEY (version 1.2.0) emphasizes simulations of the reaction 40Ar(ν_e, e^-)40K^⁎ but is extensible to other channels with suitable user input. This paper provides detailed documentation of MARLEY's implementation and usage, including guidance on how generated events may be analyzed and how MARLEY may be interfaced with external codes such as Geant4. Further information about MARLEY is available on the official website at http://www.marleygen.org.