Long-Term Ecological Research, 2010 Between Theory and Application

Long-Term Ecosystem Research Between Theory and Application – An Introduction.- The Significance of Ecological Long-Term Processes.- Theoretical Demands for Long-Term Ecological Research and the Management of Long-Term Data Sets.- Long-Term Ecosystem Dynamics: Theoretical Concepts of Environmental Change.- The Scientific Potential of Environmental Monitoring.- Exploring Long-Term Processes: International Experience.- Twenty-Eight Years of the US-LTER Program: Experience, Results, and Research Questions.- Introducing the Next Generation of Ecosystem Research in Europe: LTER-Europe’s Multi-Functional and Multi-Scale Approach.- The Role of Ecosystem Modelling for Long-Term Ecological Research.- The Role of Statistics for Long-Term Ecological Research.- The Role of Remote Sensing in LTER Projects.- Concepts and Results: Presenting and Interpreting Long-Term Ecological Processes: Aquatic Ecosystem Research.- Long-Term Ecological Change in the Northern Wadden Sea.- Long-Term Model Simulation of Environmental Conditions to Identify Externally Forced Signals in Biological Time Series.- Long-Term Investigations in Brackish Ecosystems.- Long-Term Ecological Research in Freshwater Ecosystems.- Long-Term Monitoring in Rivers of South Germany Since the 1970s – Macrophytes as Indicators for the Assessment of Water Quality and Its Implications for the Conservation of Rivers.- Concepts and Results: Presenting and Interpreting Long-Term Ecological Processes: Terrestrial Ecosystem Research.- Long-Term Observations of Soil Mesofauna.- Tracing Biogeochemical Processes in Small Catchments Using Non-linear Methods.- Long-Term Measurements to Quantify the Impact of Arable Management Practices on Deep Seepage and Nitrate Leaching.- Long-Term Ecosystem Research in a Beech Forest ofNorthern Germany.- A Conceptual Framework for Integrated Functional Landscape Monitoring in the Wider Countryside of Central Europe.- Temporal Changes and Spatial Determinants of Plant Species Diversity and Genetic Variation.- Integration of Long-Term Environmental Data by the Example of the UNECE Heavy Metals in Mosses Survey in Germany: Application of a WebGIS-Based Metadata System.- Concepts and Results: Presenting and Interpreting Long-Term Ecological Processes: Linking Research and Applications.- Monitoring of Ecosystems: Two Different Approaches – Long-Term Observation Versus Success Control.- National Parks as Model Regions for Interdisciplinary Long-Term Ecological Research: The Bavarian Forest and Šumavá National Parks Underway to Transboundary Ecosystem Research.- Turning Long-Term Monitoring into Policy – Using the National Park Schleswig-Holstein Wadden Sea as an Example.- Design and Importance of Multi-tiered Ecological Monitoring Networks.- Future Demands and Challenges.- Conceptualising Long-Term Socio-ecological Research (LTSER): Integrating the Social Dimension.- Integrating Social Sciences into Long-Term Ecological Research.- Ecosystem Manipulation and Restoration on the Basis of Long-Term Conceptions.- Exploratories for Large-Scale and Long-Term Functional Biodiversity Research.- Conclusions.- On the Way to an Integrative Long-Term Ecosystem Research – Milestones, Challenges, and some Conclusions.

Fills a gap, as most literature deals with short-term monitoring Studies provide a snap-shot of the range of methods and practices in use in long-term ecosystem research today The international dimension of long-term monitoring, observations and research are brought together Promotes a better application of scientific methodology in environmental practice Demonstrates the high significance of long-term oriented research questions