Overview

This book contains a collection of papers from the special issue on DOM in Freshwater Ecosystems: Nature, Origins and Ecological Significance, published in Vol. 164, Issue 1 (164-1), 2023. of the journal Biogeochemistry. Nutrient flux to fresh waters is increasing globally wherever there is sustained economic development, generating extensive and undesirable impacts on freshwater ecosystems. Dissolved Organic Matter (DOM) is a key component in this flux, yet its nature, origins and ultimate ecological impacts in freshwater ecosystems are poorly understood. Much research is now underway to characterise DOM in fresh waters, to predict its composition relative to contributing sources in the catchment and to determine its likely ecosystem role within receiving waters. This book brings together some of the latest thinking from this research. It synthesises the state of the science and the history of the interest in DOM in fresh waters and identifies the novel approaches that allow the molecular scale to be probed. These techniques are applied at scale to reveal how catchments of different character determine the nature and supply of DOM in fresh waters and explores its ecological role and significance. The chapters, 'DOM in freshwaters: state of the science and future challenges ', ‘Characterisation of riverine dissolved organic matter using a complementary suite of chromatographic and mass spectrometric methods’, ‘Optical quality of dissolved organic matter in throughfall and stemflow varies across tree species and season in a temperate headwater forest’, ‘Fingerprinting the elemental composition and chemodiversity of Arctic vegetation leachates: consequences for dissolved organic matter dynamics in Arctic environments’, ‘Determining patterns in the composition of dissolved organic matter in freshwaters according to land use and management ‘, ‘Landscape controls on riverine export of dissolved organic carbon from Great’, ‘Isotopic evidence for sources of dissolved carbon and the role of organic matter respiration in the Fraser River basin, Canada’, ‘Dissolved organic nutrients at the interface of fresh and marine waters: flow regime changes, biogeochemical cascades and picocyanobacterial blooms– the example of Florida Bay, USA’, are available open access under a Creative Commons Attribution 4.0 International License via link.springer.com Previously published in Biogeochemistry Vol. 164, Issue 1 (164-1) 2023

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9783031446917

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Penny J. Johnes is an environmental scientist by background who has worked on the biogeochemistry of aquatic systems, and the impacts of food production and environmental change on the quality of inland and coastal waters for the past 30 years. She has provided advice to a range of UK Government and international agencies on the nature and scale of nutrient enrichment in waters, the consequences of this enrichment for ecosystem health, and the most effective strategies for the control of nutrient flux from land basd sources to waters. She is currently a member of the UNECE Task Force for Reactive Nitrogen and its Expert Panel on Nitrogen Budgets, is a member of the IAHS International Commission on Water Quality, sits on the Natural England Science Advisory Committee, Wessex Water Catchment Panel, Defra Biodiversity Targets Advisory Group, Defra Nutrient Management Expert Group, and is Chair of the Defra Water Expert Advisory Group.  

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