Marczewski Wojciech

Marczewski Wojciech

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Publikacje pracownika

  1. 2018, Specific surface area (SSA) of soil for SMOS, SMOS Quality Working Group (QWG-24), Frascati, Italy, 30.01-01.02.2018,
  2. 2018, Modelling of thermal properties of biochar amended soils, 21st World Congress of Soil Science (WCSS), Rio de Janeiro, Brazylia 12-17.08.2018,
  3. 2017, Satellite and ground-based sensing of L-band microwave emission for water resources monitoring, Ecohydrology for the Circular Economy and Nature-Based Solutions towards mitigation/adaptation to Climate Change, Łódź, Poland, 26-28.09.2017,
  4. 2017, Spatial and temporal variability of soil moisture: 6 years survey of SMOS data and in-situ soil moisture measurements in Poland, CCI Soil Moisture Workshop and Satellite Soil Moisture Validation and Application Workshop, Vienna, Austria, 18-20.09.2017 ,
  5. 2017, Comparison of remote sensing and in-situ soil moisture measurements: 6 years survey of SMOS data and agrometeorological stations in Eastern Poland, EGU General Assembly, Wiedeń, Austria 8-13.04.2017,
  6. 2017, Impact of biochar addition on thermal properties of a sandy soil: modelling approach, EGU General Assembly, Wiedeń, Austria 8-13.04.2017, Vol. 19, EGU2017-9680, 2017
  7. 2017, Thermal properties of soil in the Murrumbidgee River Catchment (Australia), International Journal of Heat and Mass Transfer, 115: 604-614
  8. 2016, Soil moisture mapping at Bubnow Wetland using L-band radiometer (ELBARA III), European Geosciences Union General Assembly, (EGU), 2016 Wiedeń. Austria, 17-22.04.2016 r., Vol. 18-EGU2016-6739
  9. 2016, The effect of biochar application on thermal properties and albedo of loess soil under grassland and fallow, Soil and Tillage Research, 164: 45-51
  10. 2015, Spatial variability of soil moisture and threat of drought on Polish territory., 2015
  11. 2015, Soil surface water resources assessment from SMOS L2 and in situ data for Poland., 2015, P 21-P 21
  12. 2015, The effect of biochar application on thermal interia of soil., 2015, Vol. 17-EGU2015-9373
  13. 2015, Spatial variability of soil moisture retrieved by SMOS satelite., 2015, Vol. 17-EGU2015-8904
  14. 2015, Statistical Analysis of Soil Moisture in Central Europe Using SMOS Data., 2015, 295-301
  15. 2015, Ocena zmienności wilgotności gleby na terytorium Polski z pomiarów satelitarnych / Soil moisture variability assessment on Polish territory from satellite measurements., 2015, j.pol. 210-210-j.ang. 415-415
  16. 2015, Effect of biochar on the thermal properties and processes in the soil. / Wpływ biowęgla na właściwości cieplne i procesy zachodzące w glebie., 2015, j.pol. 77-77-j.ang. 270-270
  17. 2014, Comparison of surface soil moisture from SMOS satellite and ground measurements., International Agrophysics, 2014, 28(3): 359-369
  18. 2014, Woda – źródło życia, spojrzenie z kosmosu., 2014
  19. 2014, Assessment of soil surface water resources from SMOS satellite and in situ measurements in changing climatic conditions, 2014, 71-72
  20. 2014, Soil moisture, dielectric permittivity and emissivity of soil: effective depth of emission measured by the L-band radiometer ELBARA., 2014, Vol. 16, EGU2014-11507
  21. 2014, Biowęgiel w glebie – wpływ na właściwości i procesy zachodzące w glebie. Biochar in soil – impact on soil properties and processes, 2014, 186-188
  22. 2014, Soil moisture optimal sampling strategy for Sentinel 1 validation super-sites in Poland., 2014, Vol. 16, EGU2014-10813
  23. 2014, Soil moisture on Polish territory – comparison of satellite and ground-based measurements., 2014, Vol. 16, EGU2014-758-1
  24. 2013, Effects of aggregate size on soil thermal conductivity: Comparison of measured and model-predicted data, International Journal of Heat and Mass Transfer, 2013, 57536-541
  25. 2013, Wilgotność́ gleb w regionie Karpat polskich i słowackich, w danych SMOS L2 za lata 2010-2013, 2013
  26. 2013, Zmienność wilgotności powierzchniowej warstwy gleby na obszarze Polski z pomiarów satelitarnych i naziemnych, 2013
  27. 2013, Surface soil moisture in Central Europe from SMOS satellite, 2013, 160-164
  28. 2013, Dielectric permittivity of porous media in relation to water status: modeling approach, 2013, 121-121
  29. 2013, The effect of moisture content on the thermal properties of peat, marshy and mineral soils in Polesie and Biebrza wetlands, 2013, 120-120
  30. 2013, Modeling of the dielectric permittivity of porous soil media with water using statistical-physical models., 2013
  31. 2013, Evaluation of SMOS L2 moisture data over the Eastern Poland using ground measurements., 2013
  32. 2013, Thermal properties of peat, marshy and mineral soils in relation to soil moisture status in polesie and Biebrza wetlands., 2013
  33. 2013, Wilgotność gleb w regionie Karpat polskich i słowackich, w danych SMOS L2 za lata 2010-2013, 2013
  34. 2013, Soil moisture in Poland – satellite and ground observations, 2013, 51-51
  35. 2013, Zmienność przestrzenna cech gleby, jej uwilgotnienia i zagęszczenia w technologii uprawy roślin rolniczych, 2013, 108-108
  36. 2012, Wilgotność gleb na obszarze Polski z pomiarów satelitarnych, Problemy Ekologii Krajobrazu, 2012, 33153-161
  37. 2012, Spatial distribution of surface soil moisture from satellite measurements on territory of Poland and Slovakia, 2012, 818-822
  38. 2012, Evaluation of surface soil moisture from satellite and ground-based measurements, 2012, 1203-1203
  39. 2012, Spatial and temporal variability of soil moisture on the field with and without plants, 2012
  40. 2012, Woda – źródło życia, spojrzenie z oddali, 2012
  41. 2012, Usowicz: Ocena wilgotności powierzchniowej warstwy gleby w skali kraju z pomiarów satelitarnych w misji ESA SMOS i danych naziemnych, 2012, 152-155
  42. 2012, Wykorzystanie pomiarów satelitarnych do rozpoznawania elementów środowiska, 2012
  43. 2012, The SWEX at the area of Eastern Poland: Comparison of soil moisture obtained from ground measurements and SMOS satellite data, 2012
  44. 2011, Soil moisture observations on the area, 2011, 46-47
  45. 2011, Modelling dielectric permittivity of soil using statistical-physical model, 2011, 85-85
  46. 2009, Woda w glebie pomiary naziemne i satelitarne w badaniach zmian klimatu., Wydawnictwo Naukowe FRNA Mono, Komitet Agrofizyki PAN, 2009, 1-168
  47. 2009, Spatial distribution of soil moisture obtained from gravimetric and TDR methods for SMOS validation, at the Polesie test site SVRT 3275, in Poland., 2009
  48. 2009, Soil water content measurements in different spatial and temporal scales., 2009
  49. 2009, One the use of the Fourier number to interpret thermal measurements with a quasi-linear heat source., 2009
  50. 2009, Woda w glebie – pomiary naziemne i satelitarne w misji ESA SMOS., 2009
  51. 2008, Effects of soil texture and wetness on thermal conductivity., 2008
  52. 2008, Soil moisture spatial distribution at the SMOS Cal/Val Campaign POLESIE (AO-3275) in Poland., Geophysical Research Abstracts, Wiedeń, Austria, 13-16.04.2008r, Vol.10
  53. 2008, Przemiany organicznych związków węgla w glebie płowej wzbogaconej wybranymi materiałami, określone metodą inkubacyjną., 2008
  54. 2008, Wykorzystanie pomiarów satelitarnych do rozpoznawania elementów środowiska., 2008
  55. 2008, Wilgotność gleby w skali pola i gminy dla potrzeb walidacji obserwacji satelitarnych w misji ESA SAMOS., 2008
  56. 2008, Spatial variability of soil texture and wetness: effects on thermal conductivity., 2008
  57. 2007, Pomiary naziemne wilgotności gleby dla walidacji danych z satelitarnej misji „Wilgotność gleby zasolenie oceanów – (SMOS)””. „, 2007
  58. 2007, Walidacja pomiarów wilgotności gleby SMOS. W projekcie SWEX., 2007
  59. 2007, Example effects of the preliminary cal/val campaigns in Poland-Polesie, Szymbark, 2007
  60. 2007, Effect of the land use on the heat flux dynamice In the Grodnu based thermal experiments aimed for validating SMOS observations., 2007
  61. 2007, Modelling the dielectric permittivity of porous media using statistical-physical model., 2007
  62. 2006, Thermal conductivity modelling of terrestrial soil media – A comparative study., Planetary and Space Science, 2006, 54, 1086-1095
  63. 2005, Soil heat flux measurements in a field with black fallow and grass cover., Institute of Agrophyscis PAS, Lublin, "Review of Current Problems in Agrophysics", 2005, Chapter 1, Physics in Soil Science, 131-137
  64. 2005, Rozkład właściwości cieplnych gleby na czarnym ugorze i pod murawą., Acta Agrophysica, 2005, 117, 5(3), 745-757
  65. 2004, Prelaunch performance evaluation of the cometary experiment MUPUS-TP, Journal of Geophysical Research, 2004, Journal of Geophysical Research, 109, E07S09, doi:10.1029/2003IE002192,1-17
  66. 2004, The dielectric permittivity of porous media – the comparison of measured results and estimation methods, Centre of Excellence - International Conference "Method and methodology for determination of basic physical characteristics of porous media with application of TDR technology", Lublin, 1-4.02.2004 r., 2004, Centre of Excellence - International Conference "Method and methodology for determination of basic physical characteristics of porous media with application of TDR technology", Lublin, 1-4.02.2
  67. 2004, Rozkład właściwości cieplnych gleby pod murawą i na czarnym ugorze, 2004
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