© John Wiley & Sons Ltd
Edited By: Alan G. Hildrew and Colin R. Townsend
Impact Factor: 2.905
ISI Journal Citation Reports © Ranking: 2013: 11/103 (Marine & Freshwater Biology)
Online ISSN: 1365-2427
Recently Published Issues
Announcing the new Editor-in-Chief
Wiley is delighted to announce that Professor David Dudgeon has been appointed as the new Editor-in-Chief for Freshwater Biology. David will be working in combination with the current Chief Editors, Professor Alan Hildrew and Professor Colin Townsend, until they retire at the end of June 2015. From 1 July 2015, David will take on the Editor-in-Chief role in full.
David is Chair Professor of Ecology and Biodiversity at the University of Hong Kong (HKU). He has been a dedicated Editorial Board member and reviewer for Freshwater Biology for many years and this, combined with his background and experience, means he is well-positioned to build on the successes of Freshwater Biology.
Wiley is also very pleased to announce that there are three new Associate Editors joining the current Associate Editor team. From spring 2015, Benoit Demars, Thomas Mehner and Alan Steinman will be joining Dave Strayer, Richard Johnson and Roger Jones as Associate Editors on Freshwater Biology.
Wiley would like to thank Alan Hildrew and Colin Townsend for their dedication and commitment to Freshwater Biology. The Journal has gone from strength to strength under their editorship and it is now one of the leading journals in its field.
Plankton ecology is a core discipline of limnology and marine biology, encompassing all aspects of the interactions that determine the abundances and distribution of plankton organisms. Since plankton plays a central role in the functioning of open-water systems, and worldwide the environment is changing at an unprecedented rate, an interesting challenge lies ahead in assessing how seasonal plankton dynamics will alter in the light of global change. Accordingly, the latest virtual issue of Freshwater Biology brings together classic papers on plankton ecology published in the Journal since 2001.
Special Issue: Synthesizing Ecosystem-Level Effects of Consumer-Driven Nutrient Dynamics in Fresh Waters
Over the past decade, studies on the roles of consumers such as fish, zooplankton, insects and molluscs in nutrient cycles have moved into the forefront of freshwater ecology. This exciting and rapidly progressing body of research shows that consumers play multiple roles in nutrient cycles, and that these roles can differ in complex ways across species, communities and ecosystems. The new paradigm that is emerging puts consumers and their activities at the center of nutrient cycles in freshwater ecosystems.
The papers in this Special Issue arose from special sessions at recent meetings of the Society for Freshwater Science and the Ecological Society of America. These sessions:
(1) documented the functional roles of a wide range of consumers in biogeochemical cycling in geographically diverse regions;
(2) connected consumer-driven nutrient dynamics with subsequent changes in community structure and ecosystem function; and
(3) synthesized patterns in consumer-driven nutrient dynamics across species and systems.
Papers in this Special Issue highlight the important roles that animals can play in nutrient dynamics in lotic, lentic and wetland ecosystems. They will inform debates on the functional implications of species-specific traits, such as body stoichiometry and trophic ecology, and abiotic variables, including water chemistry, on the impacts of consumers on nutrient dynamics in freshwater ecosystems. Thus, ecologists who study ecological stoichiometry, nutrient cycles or the functional roles of consumers will want to read this Special Issue. Globally, the introduction of non-native species and the loss of native biodiversity compromise the functional integrity of freshwater ecosystems. The studies featured in this Special Issue will also be an essential resource to ecologists, conservation biologists and managers who need to understand and manage the effects of changing biodiversity on ecosystem function in fresh waters.