@techreport{GerwinSchaafBiemeltetal.2010, author = {Gerwin, Werner and Schaaf, Wolfgang and Biemelt, Detlef and Elmer, Michael and Maurer, Thomas and Schneider, Anna}, title = {The Artificial catchment 'H{\"u}hnerwasser' (Chicken Creek): construction and initial properties}, issn = {1867-7800}, url = {http://nbn-resolving.de/urn:nbn:de:kobv:co1-opus-20725}, year = {2010}, abstract = {In this first volume of the series 'Ecosystem Development', the geographic situation of the artificial catchment 'Chicken Creek', its construction and fundamental structures, as well as an outline of the comprehensive monitoring program are introduced. Established in autumn 2005 thanks to financial support from the Brandenburg University of Technology and the State of Brandenburg itself, the monitoring program was set up in order to document the highly dynamic development of this initial-phase system and describe the newly emerging structures both qualitatively and quantitatively. The data provided by the central monitoring project can also be used as the fundamental basis for a number of other scientific projects. The objective of this series is to document this important research site, including the changes occurring during the ongoing initial stages of ecosystem development. Whereas this volume presents the site itself and the general concept of the monitoring investigations, the following volumes in the series will present the results gathered during each phase of the investigative period.}, subject = {Welzow; Braunkohlentagebau; Rekultivierung; Wassereinzugsgebiet; {\"O}kosystem; {\"O}kosystem; K{\"u}nstliches Wassereinzugsgebiet; H{\"u}hnerwasser; Ecosystem; Artificial catchment; Chicken Creek}, language = {en} } @phdthesis{Schneider2013, author = {Schneider, Anna}, title = {Spatial and temporal development of sediment mass balances during the initial phase of landform evolution in a small catchment}, address = {Cottbus}, issn = {2196-4122}, url = {http://nbn-resolving.de/urn:nbn:de:kobv:co1-opus4-40621}, school = {BTU Cottbus - Senftenberg}, year = {2013}, abstract = {The central topic of this dissertation is the 3D spatial description of geomorphic and sediment mass balance development in initial phases of ecosystem development. The introductory chapters give an overview on the consideration of characteristics and relevance of the initial development phase in geomorphological landform development concepts and summarize the state of the art of research for experimental studies on landform development and for 3D soil-landscape modeling approaches. The central aim of the work is a 3D-spatially and temporally resolved description of the development of mass balances of the sediment solid phase during the initial years of ecosystem development and of its dependence on initial and boundary conditions in the 6 ha, artificially-created catchment 'H{\"u}hnerwasser'. This aim is approached using remotely-sensed data, methods of quantitative soil landscape modeling and geomorphic change detection, and the application of a numerical landscape evolution model. The construction of a 3D volume model of the catchment's sediment body based on digital elevation data is described. Possibilities for the quantification of sediment mass balances and for the 3D spatial description of sediment properties within this model are discussed. Digital elevation models based on airborne and terrestrial laser scanning and photogrammetry are evaluated for their suitability for sediment mass balance quantification and reconstruction of initial morphologic development; and methods for the modification and combination of elevation data for improved sediment mass balance quantification are described. The development of the catchment's surface morphometry and of the geometry of the evolving erosion rill network is reconstructed and analysed based on aerial photographs and digital elevation models. Relations between structures of the initial surface and the developing hydro-geomorphic structures are discussed. Effects of initial surface morphology and precipitation characteristics during the initial development phase are further assessed by simulations with a numeric landscape evolution model. Results allow for a quantification of geometry and volume of the catchment's initial sediment body and for a visualization of sediment layers deposited in time intervals. It is shown that a combination of different elevation data, based on their suitability for depicting the sediment surface in areas of different morphologic and vegetation characteristics, allows for an improved quantification of sediment mass balances. Results allow for a characterization of phases of rill network growth, contraction and stabilization and suggest influences of initial morphology, precipitation characteristics, and developing structure-process-interactions on rill network geometry in the catchment. The phases of hydro-geomorphic surface structure evolution can be related to the spatial organization of surface flow patterns during initial phases of landform development.}, subject = {Landscape development; Chicken Creek; Geomorphogenese; Sediment; Massenbilanz; Fernerkundung; Bodenlandschaftsmodell}, language = {en} } @book{RaabRaabBonhageetal.2021, author = {Raab, Alexandra and Raab, Thomas and Bonhage, Alexander and Schneider, Anna and Hirsch, Florian and Agthe, Markus and Pommerenke, Alf}, title = {Historische K{\"o}hlerei in S{\"u}dbrandenburg - Begleitband zum K{\"o}hlerpfad Waldschule Kleinsee}, organization = {Brandenburgische Technische Universit{\"a}t Cottbus - Senftenberg, Fachgebiet Geopedologie und Landschaftsentwicklung}, doi = {10.26127/BTUOpen-5488}, url = {http://nbn-resolving.de/urn:nbn:de:kobv:co1-opus4-54883}, publisher = {BTU Cottbus - Senftenberg}, year = {2021}, abstract = {Im Rahmen des von der Deutschen Bundesstiftung Umwelt (DBU) gef{\"o}rderten Projektes „Erfassung und Bewertung von vorindustriellen Meilerstandorten in Brandenburg - Ein Beitrag zur Bewahrung, Sicherung und nachhaltigen Nutzung einer historischen Kulturlandschaft" (Az 34082/01) wurde ein Lehrpfad im Tauerschen Forst angelegt. Der K{\"o}hlerpfad Waldschule Kleinsee {\"u}bernimmt eine wichtige Funktion bei der Vermittlung von arch{\"a}ologischen und umweltwissenschaftlichen Themen f{\"u}r Bildungseinrichtungen und f{\"u}r die interessierte {\"O}ffentlichkeit. Der Begleitband zum K{\"o}hlerpfad erg{\"a}nzt die an vier Stationen des Lehrpfads vermittelten Themen zur „Historischen K{\"o}hlerei im Tauerschen Forst", „Aufbau und Betrieb eines Holzkohlemeilers", „Relikte der historischen K{\"o}hlerei" und „Historische K{\"o}hlerei als Forschungsthema". Dar{\"u}ber hinaus bietet der Begleitband umfassendes Hintergrundwissen zur historischen K{\"o}hlerei im Allgemeinen und zur K{\"o}hlerei im Tauerschen Forst im Speziellen.}, subject = {Lausitz; Tauerscher Forst; Holzkohlemeiler; Arch{\"a}ologie; Umweltwissenschaften; Lausatia; Forest distric Tauer; Charcoal hearth; Archaeology; Environmental science; Tauer (Landkreis Spree-Neiße); Niederlausitz; Lehrpfad; K{\"o}hlerei; Meiler; Geoarch{\"a}ologie}, language = {de} }