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  • D4EU-Dendromass4Europe; DATE/TIME; Depth, groundwater table; Event label; Latitude of event; Level sensor type PR-46X (KELLER); Longitude of event; MON; Monitoring; Sampling on land; Securing Sustainable Dendromass Production with Poplar Plantations in European Rural Areas; Site; SK-Land-2018-2022_Kopcany; SK-Land-2018-2022_Kopcany_S2-F; SK-Land-2018-2022_Kopcany_S4-D; SK-Land-2018-2022_Kopcany_S5-N; Slovakia, Europe; Soil matric potential, logarithm; Soil matric potential sensors TensioMark, length 125 mm, ceramic head (EcoTech GmbH); Soil moisture; Soil moisture sensors SM150T, frequency domain reflectometry type, with 51 mm rods (Delta -T Devices Ltd.); Temperature, soil; Throughfall; Tipping bucket  (1)
  • Morphine alkaloids  (1)
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  • 1
    Publication Date: 2023-11-22
    Description: This dataset contains measurements of soil moisture, soil matric potential, soil temperature, groundwater depth, and throughfall from the study area of the project Dendromass4Europe. Three poplar SRC stands were selected according to a gradient of groundwater accessibility: S5-N (higher groundwater level), S4-D (low groundwater level), and S2-F (fluctuating groundwater level). On each of the selected sites one soil profile was excavated and prepared for the installation of soil sensors. The aim of the study was to determine the influence of meteorological and soil-related site conditions on tree transpiration rates in poplar SRC stands. Soil moisture was measured with frequency domain reflectometry (FDR) sensors, with 51 mm rods. Soil matric potential and soil temperature were measured with Tensiomark sensors of a length of 125 mm, with a ceramic head. The soil profiles were excavated on May 2018 and sensors were installed as follows: four pairs of sensors of soil moisture and matric potential at 0.3 m soil depth, three pairs at 0.6 m soil depth, and two pairs at 0.9 m soil depth. In the horizontal plane, the distance between sensors was 0.15 m; the distance between pairs was 0.3 m. At the site with fluctuating groundwater level (S2-F), at 0.9 m soil depth, high gravel content prevented the installation of matric potential sensors. On each site, a groundwater well was excavated at a distance of three meters from the soil pit. The fluctuations in groundwater level were recorded with a KELLER pressure sensor. Throughfall collectors were built at 1 m height above ground. The measurements started in June 2018 (in the case of fluctuations of groundwater level: December 2018) with a resolution of 15 minutes until middle of March 2020 (16.03.2020) and after that with a resolution of 60 minutes until end of May 2022 (31.05.2022).
    Keywords: D4EU-Dendromass4Europe; DATE/TIME; Depth, groundwater table; Event label; Latitude of event; Level sensor type PR-46X (KELLER); Longitude of event; MON; Monitoring; Sampling on land; Securing Sustainable Dendromass Production with Poplar Plantations in European Rural Areas; Site; SK-Land-2018-2022_Kopcany; SK-Land-2018-2022_Kopcany_S2-F; SK-Land-2018-2022_Kopcany_S4-D; SK-Land-2018-2022_Kopcany_S5-N; Slovakia, Europe; Soil matric potential, logarithm; Soil matric potential sensors TensioMark, length 125 mm, ceramic head (EcoTech GmbH); Soil moisture; Soil moisture sensors SM150T, frequency domain reflectometry type, with 51 mm rods (Delta -T Devices Ltd.); Temperature, soil; Throughfall; Tipping bucket
    Type: Dataset
    Format: text/tab-separated-values, 1074589 data points
    Location Call Number Expected Availability
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  • 2
    ISSN: 1434-193X
    Keywords: Morphine alkaloids ; 6,14-Ethenomorphinans ; Chromium(II) complex reagents ; Organochromium(III) complex intermediates ; Chemistry ; General Chemistry
    Source: Wiley InterScience Backfile Collection 1832-2000
    Topics: Chemistry and Pharmacology
    Notes: -A synthetic method for the selective transformations of a selected morphine alkaloid in neutral aqueous medium is introduced. Full diastereoselectivity was achieved by the transformation of nepenthone (1) with [Cr(ida)(H2O)3] into 2a (20R) showing a complementary method as compared to the reactions with classical reagents to result in 2b (20S). A new unexpected morphine derivative 3 was prepared by a ligand-induced modification of the reaction which involves an unprecedented rearrangement.
    Additional Material: 2 Ill.
    Type of Medium: Electronic Resource
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