| Bartsch A.: |
Monitoring Siberian wetlands with satellite radar data - potential and limitations |
| Chojnicki B.H., Olejnik J., Augustin J., Urbaniak M., Józefczyk D.:
|
Measurement of carbon dioxide and heat fluxes using the Eddy covariance technique at Rzecin wetland |
| Chmieleski J. |
Soil formation of gyttja soils with respect to their sediment composition and landuse history |
| Czerepko J., Boczoń A., Pierzgalski E., Sokołowski A.,Wróbel M.:
|
Habitat diversity and spontaneous succession of forest wetlands in Białowieża primeval forest |
| Frahm E., Miegel K., Salzmann Th.:
|
A comparison of evapotranspiration rates for willow and reed in a riverine fen |
| Gnatowski T., Szatyłowicz J., Szejba D., Oleszczuk R., Brandyk T. |
Moisture content variability in drained fen soil |
| Hilbich Ch., Helmschrot J., Mäusbacher R., Daut G.:
|
A landscape-based model to characterize the evolution and recent dynamics of wetlands in the Umzimvubu headwaters, Eastern Cape, South Africa |
| Johnston J. B., Barras J., Ramsey E., Steyer G., Sapkota S., Padgett C., Hartley S., Nelson G.:
|
Role of remote sensing and GIS for coastal wetlands restoration planning and implementation |
| Küchler M.:
|
Swiss mire monitoring: combining remotely sensed data and digital surface models for fine-scale modelling of changes in mire ecosystems |
| Leśny J., Juszczak R.: |
Leaf area index (LAI) of wetland vegetation |
| Łabędzki L., Kanecka-Geszke E.:
|
Estimating evapotranspiration of differently moistured peatlands using remotely sensed surface temperature |
| Margóczi K. i Takács G.:
|
Small scale and large scale monitoring of vegetation changes in a restored wetland |
| Matuszkiewicz J., Kowalska A., Solon J. |
Prognostic, vegetation maps in the evaluation of an impact of hydro-engineering measurements in the Vistula valley |
| Navratil J., Navratilova J.:
|
The comparison of two methods of monitoring wetland vegetation dynamics. Case study: Central European fen |
| Navratilova J., Hajek M., Navratil J.:
|
PVC tape discololoration method of recording relative water-table depth: advantages and constraints in fens |
| Oleszczuk R., Gnatowski T., Brandyk T., Szatyłowicz J.:
|
Calibration of TDR for moisture content monitoring in moorsh layer |
Puky M., Sandu C.,
Görögh Z., Botta-Dukát Z.:
|
Riparian wetland monitoring along the river Tisza: amphibians and water chemistry |
| Steyer G.D., Raynie, C. R., Johnston J. B.:
|
Integrating wetland and water monitoring in coastal Louisiana, USA for improved restoration planning and assessment |
| Szatyłowicz J., Oleszczuk R., Szejba D., Brandyk T., Gnatowski T.:
|
Monitoring of vertical soil movements in low decomposed deep peat soil profile |
| Van den Akker J. H.:
|
Monitoring of four Dutch peat soils in use as permanent pasture in the Europeat Project |
| Zak D., Gelbrecht J. , Augustin J., Steinberg C.E.W. :
|
Mobilization of phosphorus, dissolved organic carbon and release of green house gases in an early stage of rewetted fens as a function of the degree of peat decomposition |
| Afkhami M.:
|
Determination of minimum environmental water requirement of minimum environmental water requirement of Bamdej wetland, south west of Iran |
| Armstrong A.:
|
Models to assist the control of water levels in managed wetlands |
| Balla D., Gabriel O., Kalettka T., Dietrich O.:
|
Water quality modelling for the wetland region Spreewald |
| Batelaan O., Chormanski J.:
|
Developing an integrated groundwater-surface water modeling tool for the Upper Biebrza basin |
| Bielecka J., Querner E.P., Mioduszewski W.:
|
Modeling of the influence of weirs and land use on the hydrological system of the Lower Biebrza valley |
| Buis K., Anibas C., Bal K., Banasiak R., De Doncker L., De Smet N., Gerard, Van Belleghem S., Batelaan O.,Verhoeven R., Meire P.:
|
A multidisciplinary study on exchange processes in river ecosystems |
| Chormanski J., Batelaan O., Triest L., De Smedt F.:
|
Application of distributed GIS-based modeling for studying surface runoff processes in urban wetland |
| Corluy J.:
|
Distributed hydrological modelling and land use scenario analysis in three carphatian watersheds using WETSPA |
| De Doncker L., Verhoeven R., Bal K., Meire P., Okruszko T., Świątek D.,
Chormański J.:
|
Impact of vegetation development on the hydraulic characteristics and flow patterns in lowland rivers |
| Dietrich O., Redetzky M., Schwärzel K.:
|
Modelling water balances of wetlands with controlled drainage and subirrigation systems |
| Dittrich I., Münch A., Wahren A., Edom F., Krönert R.:
|
Groundwater recharge within the mire-watershed Wildenhainer Bruch - a retrospective and prognostic modelling with the AKWA-M® water balance model |
| Edom F., Golubcov A.A., Zinke P., Solbrig B., Dittrich I., Goldacker S. |
New possibilities of using IVANOVS's hydromorphological theory in modelling mire-ecology and revitalisation-planing for mires |
| El-Sayed Ismail A.:
|
Hydrodynamic Simulation of Passive In-Stream Wetland in Rural Areas of Egypt |
| Fujita Y., Soomers H., Van Loon A., Wassen M.:
|
Eco-hydrological modelling of groundwater dependent ecosystems. |
| Haase D.:
|
Floodsite - 2D water level modelling to evaluate/assess retention capacity and damage potential in urbanised floodplains |
| Hein T., Blaschke A.P., Hohensinner S., Kucera-Hirzinger V., Preiner S., Reckendorfer W., Schuh B., Zsuffa I.:
|
Optimised management for the floodplain Lobau based on a multi criteria decision support system: integrating conservation, ecology and socio-economics |
| Helmschort J.:
|
Assessment of temporal and spatial effects of land use changes on wetland hydrology: a case study from South Africa |
| Hendriks R.:
|
Modelling of subsidence, nutrient releases and emission of greenhouse gasses in peatlands in the EUROPEAT project |
| Knieß A., Trepel M.:
|
A decision support system for sustainable peatland management regarding long-term changes in ecosystem functions |
| Lamentowicz M., Mitchell E. A. D.:
|
Testate amoebae as the palaeohydrological indicators in peatland archives - The Polish experience |
| Magnuszewski A., Kiedrzyńska E., Wagner-Łotkowska I., Zalewski M.:
|
Numerical modeling of material fluxes on the floodplain wetland of Pilica river, Poland |
| Mirosław - Świątek D., Chormański J.:
|
Verification of the numerical river flow model by using of remote sensing |
| Okruszko T., Kardel I., Kubrak J. |
Use of hydrological models for fen restoration - Biebrza Middle Basin case study |
| Sommer M., Augustin J., Kalettka T.:
|
Wetlands of glacial drift areas as hot spots for greenhouse gases with continental importance |
| Van Roosmalen L.:
|
Managed floods in the Kafue Flats, Zambia |
| Wolski P., Murray-Hudson M., Wilk J.:
|
Managing upstream water abstractions for minimal impact on the ecology of the flood-pulsed Okavango Delta, Botswana |
| Adriaensen F., Meire P., Van Damme S., Van den Bergh E., Van Hove D., Brys R., Cox
T., Jacobs S., Konings P., Maes J., Maris T., Mertens W., Nachtergale L.,
Struyf E., Van Braeckel A.:
|
Ecological rehabilitation of the schelde estuary (the Netherlands-Belgium): linking ecology, safety against floods and accessibility for port development. |
| Armstrong A., Bradley C.:
|
The Somerset Levels, UK. Resolution of conflict in wetland management |
| Bednarek A., Zalewski M.:
|
Management of litoral zone of lowland reservoir for enhancement of nitrogen removing via denitrification |
| Bleuten W., Vreugdenhil A., Okruszko T. |
An evaluation system for technical water management scenario's for the Biebrza river valley, NE-Poland |
| Dittrich I., Münch A., Wahren A., Goldacker S., Brozio, F.:
|
Measurement and AKWA-M® water balance simulations within a protected large wetland area with limited surface water supply - water balance perspectives under climate changes |
| Drobniewska A., Michalska-Hejduk D., Sumorok B., Koperski P.:
|
Application of Salix species and meadow plants for renaturization of degradated peat bog field experiment (Goslub in the Bzura river valley) |
| Dzierża P., Kotowski W. |
The early effects of reintroducing mowing management and removing shrubs on fen and meadow vegetation |
Edom F., Wendel D.,
Dittrich I.:
|
A system of hydrological and climatological buffer-zones for mires |
| Galatchi L. D.:
|
Threats and management in the Danube delta |
| Ilnicki P.:
|
Impact of peat excavation on the Gorbacz nature reserve |
| Islam S. N., Gnauck A.:
|
Effects of salinity intrusion in mangrove wetlands ecosystem in the sundarbans: an alternative approach for sustainable management |
| Kotowski W.:
|
Degraded fen systems in Poland: in search of sustainable management options |
| Masgidi M., Islam S. N.:
|
The Mediterranean disturbance wetlands management in Algeria: a case study on Chott Ech Chergui |
| Merot P.:
|
A methodology for improving management of controversial wetland |
Mioduszewski W.,
Hardej M.:
|
Protection of wetlands as an element of water management in rural areas |
| Pakalne M., Luce I.:
|
Habitat management in the "mire" Life project sites in Latvia |
| Povilaitis A., Querner E. P.:
|
Impact of water management alternatives to secure favourable status in Zuvintas lake and Amalvas wetland in Lithuania |
| Shimoda M.:
|
Conservation and management of rice field biodiversity |
| Smarzyńska K., Łabędzki L.:
|
Controlled run-off from agriculturally used peatlands in the Notec river valley and its effect on water status of peatlands |
| Szewczyk M. |
Fluviogenic fens of the Narew valley: vegetation management problems in hydrologically affected landscape under new socio-economical circumstances |
| Van Braeckel A., Bokdam J.:
|
Can cattle grazing maintain flood plain and peat grassland in the lower basin in the Biebrza river valley? |
| Berglund Ö., Berglund K.: |
Effect of water management on greenhouse gas emissions
from cultivated organic soils in Sweden |
| Chojnicki B.H., Augustin J., Olejnik J. |
Carbon dioxide exchange measurements using automated chambers at Peene river valley peatland |
| Deák Á. J.: |
Landsape changes and threatening factors of natural biotops of the lower river Tisza and Maros valleys |
| Fariborz J.F. |
Survey of physicochemical factors of Sepidrood river with an emphasis on the changes caused by the dams constructed across the river |
| Frąk M., Grunert R., Stelmaszczyk M. |
A phytoplankton taxonomic composition in the narew river as an element of the ecological status of a river |
|
Frąk M., Stelmaszczyk M.
|
Variation of phytoplankton community in the Biebrza river |
|
Fujita Y., Soomers H., Van Loon A., Wassen M.
|
Eco-hydrological modelling of groundwater dependent ecosystems: a review of existing ecological and hydrological models and suggestions for integration |
| Gabriel O., Zessner M., Schilling Ch. |
Nutrient retention in the Danube river basin - to which extent can riverine wetlands contribute? |
| Głogowska E.:
|
Analysis of hydrological drought of the Biebrza river to the Burzyn gauge in multiyear 1951-2002 |
| Górecki K.: |
Possible underground movement of nitrogen compounds in the Toruń - Eberswalde proglacial stream valley at the Noteć confluence to the Warta river |
| Holsten B., Trepel M.:
|
Modelling vegetation-succession on peat lands for land use planing |
| Juszczak R., Leśny J.:
|
Ecological quality of small post-peat water bodies situated on the wetlands of the Wyskoć catchment |
| Kaczorek D., Sommer M.:
|
Iron accumulation in wetlands: forms and properties |
| Kardel I., Okruszko T., Ignar S., Michałowski R. |
Database management support system for protected wetlands - Biebrza National Park case study |
| Klauder W., Trepel M.: |
Water flow patterns within wetlands |
| Leeds-Harrison P., Morris J., Burton R., Rawlins A., Dawson Q. |
The implications of water management for physical and socio-economic sustainability of peatlands in the Somerset levels and moors |
| Montagova M., Pithart D.
|
Water retention in the preserved Luznice river floodplain, Czech Republic |
| Sraj Krzic N.:
|
Water level fluctuation - a challenge for macrophyte species! |
| Sumorok B., Kiedrzyńska E., Michalak Ł.:
|
Mycorrhizal status of autochtonic willow species outplanted at the Pilica river floodplain a long moist gradient |
|
Świątek D, Kubrak J.: |
Vegetation influence on friction factors of a lowland river. A case study of the Biebrza river |
