cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.5091249
title: A global-scale geodatabase of mine areas

description: Globally, the mine area include open cut pits, milling infrastructure, waste rock dumps, and tailings storage facilities of global. Totaled 24605 polygons were studied.
DOI: 10.5445/ir/1000134626
title: Data and scripts for article Albern et al. 2021: "Tropical cloud-radiative changes contribute to robust climate change-induced jet exit strengthening over Europe during boreal winter", Environmental Research Letters
DOI: 10.5445/ir/1000135020
title: Architectural tunability of mechanical metamaterials in the nanometer range
DOI: 10.5445/ir/1000135024
title: Simulation Results for the Evaluation of Strategies for an Adaptive Grid Control System Using Smart Buildings (Updated)
DOI: 10.6084/m9.figshare.14957484
title: Theionarchaea_supplementary_tables

description: Theionarchaea_supplementary_tables
DOI: 10.6084/m9.figshare.14957484.v2
title: Theionarchaea_supplementary_tables

description: Theionarchaea_supplementary_tables
DOI: 10.6084/m9.figshare.14957484.v1
title: Untitled Item

description: Theionarchaea_supplementary_tables
DOI: 10.6084/m9.figshare.14957544.v1
title: Theionarchaea_supplementary_data_1

description: Theionarchaea_supplementary_data_1
DOI: 10.6084/m9.figshare.14957544
title: Theionarchaea_supplementary_data_1

description: Theionarchaea_supplementary_data_1
DOI: 10.5445/ir/1000135039
title: NMR 1-13C Experiments on hyperpolarized pyruvic acid (TopSpin data)
DOI: 10.3886/e131201v1-91420
title: Data and Code for: Notching R&D Investment with Corporate Income Tax Cuts in China

description: <br>This archive replicates the results in "Notching R&D Investment with Corporate Income Tax Cuts in China."<br>The public repository does not include confidential data. All of the results of the paper can be replicated using processed data files provided in this archive. Please see README file for additional details.<br>
DOI: 10.15151/esrf-es-496100225
title: X-ray transmission/absorption tests

description: Experimental tests will be carried out to test the x-ray transmission across thick additive manufactured metallic components in order to determine the experimental parameters and estimate beam time for future experiments.
DOI: 10.15151/esrf-es-452403096
title: Single Crystal X-Ray Diffraction Investigation of the Heterogenous High Tc La-H Mixtures

description: Recent experiments have demonstrated an astonishing close-to room temperature superconductivity (~ 250 K) in laser-heated La-H mixtures between 135 GPa and 200 GPa. While the predicted LaH10 phase with a high superconducting temperature (Tc) was reported to have been observed, both resistivity and powder X-ray diffraction measurements reveal highly inhomogeneous samples with numerous unknown phases. To properly understand the high Tc detected in La-H samples, it is vital to structurally identify all phases present. The here proposed investigation aims at unambiguously solving the crystal structure of all crystalline solids observed in laser-heated La-H mixtures between 135 GPa and 180 GPa by employing the submicronic and high intensity X-ray beam of ID11 to perform single crystal X-ray diffraction on the resulting polycrystalline La-H samples. This crucial investigation will enable the complete understanding of the ultra-high Tc measurements in La-H mixtures.
DOI: 10.15151/esrf-es-452062759
title: Tracking the cellular intake of a novel platinum supramolecular coordination complex

description: We have synthesized recently the Pt(II)-based metallacycle Pt2L2, where L is a fluorescent pyridyl ligand. Based on the differences observed between the cellular emissive behaviour of Pt2L2 and L we initially hypothesized that Pt2L2 reaches the nucleus of cells, and accumulates in the nucleoli where it binds to unconventional DNA structures called G-quadruplex. However, we cannot rule out the possibility that Pt2L2 breaks partially inside cells, releasing the Pt(II) centre and ligand L, which could follow different cellular fates. To obtain a complete picture of the cellular trafficking of Pt2L2, we intend to use nanofocused XRF at ID16A to map Pt in cells treated with a range of concentrations of our metal complex for different times. Comparing these maps with the microscopy images previously obtained will be key to understand the mechanism of action of Pt2L2.
DOI: 10.15151/esrf-es-452403440
title: In situ study of dynamic mechanical behavior and fatigue damage evolution of Shale rocks under cyclic loading and unloading

description: Cyclic loading often causes rocks to fail at a stress level lower than their determined strength obtained under static conditions. This phenomenon termed ‘fatigue’ is crucial in studies focusing on the evaluation of extensive storage of CO2 relying on shales as an efficient sealing caprock. Shale rocks suffer cyclic loading during drilling, leading to possible near-well fracturing. In addition, thermal stresses may arise during these cycles due to the expansion cooling of the injected CO2. All these processes may affect the mechanical stability of such geological formations. Therefore, it is necessary to understand the response of the rock mass under cyclic loading conditions. The proposed experiment aims to investigate in detail the fatigue damage evolution in rocks due to the cyclic loading expected for the rock mass through the lifetime of a CO2 storage operation by using dynamic in-situ X-ray imaging using the Hades apparatus.
DOI: 10.15151/esrf-es-452066729
title: Structural reordering and crystallization of bulk metallic glasses probed by X-ray diffraction during in-situ fast calorimetry
DOI: 10.15151/esrf-es-407033211
title: In situ XAS and VtC-XES Studies of Electrocatalytic Water Oxidation Mechanisms in Dimeric Copper(pyalc) Complexes

description: In situ XAS and VtC-XES experiments will be performed under electrocatalytic conditions for a dimeric copper-pyalc complex to unravel the mechanistic pathways of the Cu-complex for efficient water oxidation. This proposal aims to provide for the first time experimental understanding into the electrochemically generated in situ active catalytic species for water oxidation in a dinuclear Cu(pyalc) complex under real operando conditions. To this end, we propose the realization of in situ HERFD-XANES, EXAFS, VtC-XES experiments on our newly discovered Cu(pyalc) complex under bulk electrolysis condition. This study offers an excellent opportunity to directly monitor surface structure-transformations, evolution of the local-coordination, metal ligand interactions, changes in the electronic states and Cu valence state. These results will offer new insight into the mechanistic pathways in dimeric Cu-complexes for the design of efficient water oxidation catalysts.
DOI: 10.15151/esrf-es-451738382
title: Nematic response to uniaxial pressure of 2D charge density waves in YBa2Cu3O6.67 investigated by Cu-L3 RIXS

description: In the framework of the investigations of charge order and high-Tc superconductivity in cuprates, our pioneering x-ray scattering work using uniaxial pressure has shown that 2D charge density waves (CDW) are enhanced in the direction perpendicular to that of applied stress in YBa2Cu3O6+x (YBCO) crystals. Crucially, our results on 2D-CDW can be explained in terms of strong nematic susceptibility which results in a symmetric response to compressive stress applied either to the a- or b-axis and makes alternatively energetically favourable the b- or a-CDW domains, respectively, on top of pre-existing domains pinned by defects. We propose to carry out Cu-L3 resonant inelastic x-ray scattering on YBCO under uniaxial pressure to investigate this scenario. We will compare the a- and b-CDW peaks upon cooling the crystals with and without applied stress and we will map the 2D Brillouin Zone in search of ring-like dynamic charge density fluctuations condensing to static CDW at low temperature.
DOI: 10.15151/esrf-es-451738874
title: Time course of the changes in thick filament structure during the relaxation phase of the heartbeat

description: We have recently characterised, using time-resolved USAXS and SAXS data at ID02 (Brunello et al., 2020, PNAS 117:8177-8186), the kinetics of the structural changes in the cardiac thick filament during the unitary mechanical response elicited by electrical stimulation of an intact cardiac trabecula at constant length. In particular we were able to determine the structure, dynamics and function of the myosin motor domains in different regions of the thick filament during contraction. Now we propose to determine the role of thick filament stress in controlling the rate of relaxation in cardiac trabeculae, using mechanical protocols that mimic the physiological working cycle of the heartbeat.
DOI: 10.15151/esrf-es-451738465
title: Study of the local structure of two dimensional CuxTiSe2 as a function of Cu intercalation

description: Cu intercalated TiSe2 shows superconductivity that has been proposed to be an example of an exciton condensate. Here, we propose to address the role of local structure in the quantum phenomena of these materials through x-ray absorption fine structure measurements on a series of CuxTiSe2 system in which the superconducting quantum state is tuned by Cu intercalation. The experimental approach involves the use of combined analysis of Cu, Se, Ti K-edge polarized EXAFS on single crystal samples. This will be assisted by the analysis of XANES spectra of the three edges to obtain information on the valence electronic structure and the local geometry.
DOI: 10.15151/esrf-es-472484700
title: Investigating the effect of amino acid incorporation into the crystal lattice of magnetite: from structure to magnetic properties

description: In this proposal we investigate the effect the effect the incorporation of amino acids into the lattice of magnetite crystals has on the structure, microstructure and correlate these effects to measured magnetic properties.
DOI: 10.6084/m9.figshare.14957658
title: Supplementary Material for: The Efficacy and Short- and Long-Term Side Effects of Radioactive Iodine Treatment in Pediatric Graves’ Disease: A Systematic Review

description: <b><i>Background:</i></b> Graves’s disease (GD) is the most common cause of hyperthyroidism. Maximal 30% of pediatric GD patients achieve remission with antithyroid drugs. The majority of patients therefore require definitive treatment. Both thyroidectomy and radioactive iodine (RAI) are often used as definitive treatment for GD. However, data on efficacy and short- and long-term side effects of RAI treatment for pediatric GD are relatively scarce. <b><i>Methods:</i></b> A systematic review of the literature (PubMed and Embase) was performed to identify studies reporting the efficacy or short- and long-term side effects of RAI treatment in pediatric GD. <b><i>Results:</i></b> Twenty-three studies evaluating 1,283 children and adolescents treated with RAI for GD were included. The treatment goal of RAI treatment changed over time, from trying to achieve euthyroidism in the past to aiming at complete thyroid destruction and subsequent hypothyroidism in the last 3 decades. The reported efficacy of a first RAI treatment when aiming at hypothyroidism ranged from 42.8 to 97.5%, depending on the activity administered. The efficacy seems to increase with higher RAI activities. When aiming at hypothyroidism, both short- and long-term side effects of treatment are very rare. Long-term side effects were mainly seen in patients in whom treatment aimed at achieving euthyroidism. <b><i>Conclusion:</i></b> RAI is a safe definitive treatment option for pediatric GD when aiming at complete thyroid destruction. When aiming at hypothyroidism, the efficacy of treatment seems to increase with a higher RAI activity. Prospective studies are needed to determine the optimal RAI dosing regimen in pediatric GD.
DOI: 10.6084/m9.figshare.14957668
title: LongTermPretreat_broad.csv from Transgenerational non-genetic inheritance has fitness costs and benefits under recurring stress in the clonal duckweed <i>Spirodela polyrhiza</i>

description: Although non-genetic inheritance is thought to play an important role in plant ecology and evolution, evidence for adaptive transgenerational plasticity is scarce. Here, we investigated the consequences of copper excess on offspring defences and fitness under recurring stress in the duckweed <i>Spirodela polyrhiza</i> across multiple asexual generations. Growing large monoclonal populations (greater than 10 000 individuals) for 30 generations under copper excess had negative fitness effects after short and no fitness effect after prolonged growth under recurring stress. These time-dependent growth rates were likely influenced by environment-induced transgenerational responses, as propagating plants as single descendants for 2 to 10 generations under copper excess had positive, negative or neutral effects on offspring fitness depending on the interval between initial and recurring stress (5 to 15 generations). Fitness benefits under recurring stress were independent of flavonoid accumulations, which in turn were associated with altered plant copper concentrations. Copper excess modified offspring fitness under recurring stress in a genotype-specific manner, and increasing the interval between initial and recurring stress reversed these genotype-specific fitness effects. Taken together, these data demonstrate time- and genotype-dependent adaptive and non-adaptive transgenerational responses under recurring stress, which suggests that non-genetic inheritance alters the evolutionary trajectory of clonal plant lineages in fluctuating environments.
DOI: 10.6084/m9.figshare.14957671
title: LongTermPretreat_long.csv from Transgenerational non-genetic inheritance has fitness costs and benefits under recurring stress in the clonal duckweed <i>Spirodela polyrhiza</i>

description: Although non-genetic inheritance is thought to play an important role in plant ecology and evolution, evidence for adaptive transgenerational plasticity is scarce. Here, we investigated the consequences of copper excess on offspring defences and fitness under recurring stress in the duckweed <i>Spirodela polyrhiza</i> across multiple asexual generations. Growing large monoclonal populations (greater than 10 000 individuals) for 30 generations under copper excess had negative fitness effects after short and no fitness effect after prolonged growth under recurring stress. These time-dependent growth rates were likely influenced by environment-induced transgenerational responses, as propagating plants as single descendants for 2 to 10 generations under copper excess had positive, negative or neutral effects on offspring fitness depending on the interval between initial and recurring stress (5 to 15 generations). Fitness benefits under recurring stress were independent of flavonoid accumulations, which in turn were associated with altered plant copper concentrations. Copper excess modified offspring fitness under recurring stress in a genotype-specific manner, and increasing the interval between initial and recurring stress reversed these genotype-specific fitness effects. Taken together, these data demonstrate time- and genotype-dependent adaptive and non-adaptive transgenerational responses under recurring stress, which suggests that non-genetic inheritance alters the evolutionary trajectory of clonal plant lineages in fluctuating environments.
DOI: 10.6084/m9.figshare.14957671.v1
title: LongTermPretreat_long.csv from Transgenerational non-genetic inheritance has fitness costs and benefits under recurring stress in the clonal duckweed <i>Spirodela polyrhiza</i>

description: Although non-genetic inheritance is thought to play an important role in plant ecology and evolution, evidence for adaptive transgenerational plasticity is scarce. Here, we investigated the consequences of copper excess on offspring defences and fitness under recurring stress in the duckweed <i>Spirodela polyrhiza</i> across multiple asexual generations. Growing large monoclonal populations (greater than 10 000 individuals) for 30 generations under copper excess had negative fitness effects after short and no fitness effect after prolonged growth under recurring stress. These time-dependent growth rates were likely influenced by environment-induced transgenerational responses, as propagating plants as single descendants for 2 to 10 generations under copper excess had positive, negative or neutral effects on offspring fitness depending on the interval between initial and recurring stress (5 to 15 generations). Fitness benefits under recurring stress were independent of flavonoid accumulations, which in turn were associated with altered plant copper concentrations. Copper excess modified offspring fitness under recurring stress in a genotype-specific manner, and increasing the interval between initial and recurring stress reversed these genotype-specific fitness effects. Taken together, these data demonstrate time- and genotype-dependent adaptive and non-adaptive transgenerational responses under recurring stress, which suggests that non-genetic inheritance alters the evolutionary trajectory of clonal plant lineages in fluctuating environments.
DOI: 10.6084/m9.figshare.14957677.v1
title: LongTermPre-treatment.R from Transgenerational non-genetic inheritance has fitness costs and benefits under recurring stress in the clonal duckweed <i>Spirodela polyrhiza</i>

description: Although non-genetic inheritance is thought to play an important role in plant ecology and evolution, evidence for adaptive transgenerational plasticity is scarce. Here, we investigated the consequences of copper excess on offspring defences and fitness under recurring stress in the duckweed <i>Spirodela polyrhiza</i> across multiple asexual generations. Growing large monoclonal populations (greater than 10 000 individuals) for 30 generations under copper excess had negative fitness effects after short and no fitness effect after prolonged growth under recurring stress. These time-dependent growth rates were likely influenced by environment-induced transgenerational responses, as propagating plants as single descendants for 2 to 10 generations under copper excess had positive, negative or neutral effects on offspring fitness depending on the interval between initial and recurring stress (5 to 15 generations). Fitness benefits under recurring stress were independent of flavonoid accumulations, which in turn were associated with altered plant copper concentrations. Copper excess modified offspring fitness under recurring stress in a genotype-specific manner, and increasing the interval between initial and recurring stress reversed these genotype-specific fitness effects. Taken together, these data demonstrate time- and genotype-dependent adaptive and non-adaptive transgenerational responses under recurring stress, which suggests that non-genetic inheritance alters the evolutionary trajectory of clonal plant lineages in fluctuating environments.
DOI: 10.6084/m9.figshare.14957680
title: Genotype.R from Transgenerational non-genetic inheritance has fitness costs and benefits under recurring stress in the clonal duckweed <i>Spirodela polyrhiza</i>

description: Although non-genetic inheritance is thought to play an important role in plant ecology and evolution, evidence for adaptive transgenerational plasticity is scarce. Here, we investigated the consequences of copper excess on offspring defences and fitness under recurring stress in the duckweed <i>Spirodela polyrhiza</i> across multiple asexual generations. Growing large monoclonal populations (greater than 10 000 individuals) for 30 generations under copper excess had negative fitness effects after short and no fitness effect after prolonged growth under recurring stress. These time-dependent growth rates were likely influenced by environment-induced transgenerational responses, as propagating plants as single descendants for 2 to 10 generations under copper excess had positive, negative or neutral effects on offspring fitness depending on the interval between initial and recurring stress (5 to 15 generations). Fitness benefits under recurring stress were independent of flavonoid accumulations, which in turn were associated with altered plant copper concentrations. Copper excess modified offspring fitness under recurring stress in a genotype-specific manner, and increasing the interval between initial and recurring stress reversed these genotype-specific fitness effects. Taken together, these data demonstrate time- and genotype-dependent adaptive and non-adaptive transgenerational responses under recurring stress, which suggests that non-genetic inheritance alters the evolutionary trajectory of clonal plant lineages in fluctuating environments.
DOI: 10.6084/m9.figshare.14957683
title: Genotype.csv from Transgenerational non-genetic inheritance has fitness costs and benefits under recurring stress in the clonal duckweed <i>Spirodela polyrhiza</i>

description: Although non-genetic inheritance is thought to play an important role in plant ecology and evolution, evidence for adaptive transgenerational plasticity is scarce. Here, we investigated the consequences of copper excess on offspring defences and fitness under recurring stress in the duckweed <i>Spirodela polyrhiza</i> across multiple asexual generations. Growing large monoclonal populations (greater than 10 000 individuals) for 30 generations under copper excess had negative fitness effects after short and no fitness effect after prolonged growth under recurring stress. These time-dependent growth rates were likely influenced by environment-induced transgenerational responses, as propagating plants as single descendants for 2 to 10 generations under copper excess had positive, negative or neutral effects on offspring fitness depending on the interval between initial and recurring stress (5 to 15 generations). Fitness benefits under recurring stress were independent of flavonoid accumulations, which in turn were associated with altered plant copper concentrations. Copper excess modified offspring fitness under recurring stress in a genotype-specific manner, and increasing the interval between initial and recurring stress reversed these genotype-specific fitness effects. Taken together, these data demonstrate time- and genotype-dependent adaptive and non-adaptive transgenerational responses under recurring stress, which suggests that non-genetic inheritance alters the evolutionary trajectory of clonal plant lineages in fluctuating environments.