The book takes ascending temporal and spatial size scale as its framework - covering molecular to geological scales. Chapters include reviews of physiology and biochemistry, measurement of phytoplankton productivity, the supply and uptake of nutrients, variability in processes and production, the evolution of the carbon cycle, and ecosystems. The subject is set in context with a chapter covering the work of Steemann Nielsen, whose work inspired the last 50 years of aquatic productivity studies. Historical aspects are discussed together with thought-provoking assessments of modern technological approaches and where future research emphasis should be focussed.
Phytoplankton Productivity provides, in one book, cutting edge reviews and key facts on the subject, making it a vital information source for marine and freshwater biologists, oceanographers, ecologists, environmental scientists and plant scientists. Copies should also be available in libraries of any research establishment and university as a reference for students, wherever these subjects are studied and taught.
Also available from Blackwell Publishing
P. Falkowski & J. Raven
Edited by P. Harrison & T. Parsons
Marine Ecology (Journal)
Fisheries Oceanography (Journal)
Published 6 times per year
Freshwater Biology (Journal)
- Internationally recognised editors and contributors.
- A landmark publication in marine and freshwater biology.
- All major aspects covered in a clear and consise reader-friendly manner.
- Invaluable for all those working in aquatic sciences.
- Book will be launched to coincide with major international conference.
A Biography Of Einer Steemann Nielsen: the man and his Science.
History Of The Study Of Plankton Productivity.
Physiology And Biochemistry Of Photosynthesis And Algal Carbon Acquisition.
Approaches To The Measurement Of Plankton Production.
Diffusive Supply Of Inorganic Nutrients: Theory And Methodology.
Variability Of Plankton And Plankton Processes On The Mesoscale.
Assessment Of Primary Production On The Global Scale.
Origins And Causes Of Interannual Variability Of Freshwater Phytoplankton.
Interannual Variability Of Phytoplankton In Oceanic Systems.
Ecosystem Function And Eutrophication.
The Evolution Of The Productivity Of The Oceans And The Significance Of The Evolution Of Specific Groups.
Regional-Scale Influences On The Long-Term Dynamics Of Lakes.
Marine Productivity: The Footprint Of The Past And Steps Into The Future.
Appendix: Steeman Nielsen's Publications.
David N. Thomas School of Ocean Sciences, University of Wales, Bangor, UK.
Colin S. Reynolds Centre for Ecology and Hydrology, Windermere, UK.