all items  in current results   Refine your search within these categories: Animal Science and Animal Products (group results) animals (1) Biological Sciences (group results) biochemistry (3) botany (1) cell biology (2) microbiology (1) nutrition (2) organisms (3) physiology (3) Breeding and Genetic Improvement Calendar Year (group results) Year (4) Economics, Business and Industry Farms and Farming Systems Food and Human Nutrition Forest Science and Forest Products Geographical Locations Government, Law and Regulations Health and Pathology Insects and Entomology Natural Resources, Earth and Environmental Sciences (group results) ecology (2) environmental science (1) geology (1) natural resources (1) Physical and Chemical Sciences (group results) chemical substances (3) chemistry (1) Plant Science and Plant Products (group results) botany (1) plants (2) Reference Types (group results) Journal (4) Research, Technology and Engineering (group results) materials science (1) methodology (1) Rural and Agricultural Sociology Taxa - Algae: all > Rhodophycota > Rhodophyceae > Ceramiales > Rhodomelaceae > Polysiphonia Taxa - Animalia (group results) Annelida (1) Taxa - Archaea, Cyanobacteria and Bacteria (group results) Eubacteria (1) Taxa - Fungi, Yeasts, Molds and Mildews Taxa - Plantae Taxa - Viruses and Viroids Time Periods Recently Viewed Items Go to Item History

These terms define your current search. Click the × to remove a term. Taxa - Algae: Rhodophycota > Rhodophyceae > Ceramiales > Rhodomelaceae > Polysiphonia × 4 results Group by: Taxa - Algae   (Click to View) Low Densities of Epiphytic Bacteria from the Marine Alga Ulva australis Inhibit Settlement of Fouling Organisms Applied and environmental microbiology AEM (Click to View) A Phycoerythrin-Allophycocyanin Complex from the Intact Phycobilisomes of the Marine Red Alga Polysiphonia Urceolata Photosynthetica (Click to View) Effects of an invasive reef-building polychaete on the biomass and composition of estuarine macroalgal assemblages Biological invasions (Click to View) Nutritional studies on the parasitic red alga choreocolax polysiphoniae new phytologist