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The Effect of Kelp Shading on Phytoplankton Production
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P. Borchers
Published/Copyright:
October 23, 2009
Published Online: 2009-10-23
Published in Print: 1981
Walter de Gruyter
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- Milieu de culture à eau de mer enrichie: Concentrations maximales et inhibitrices de certains composés chimiques ajoutés à l’eau de mer pour la culture d'Asparagopsis armata (Rhodophycée, Bonnemaisoniale). Culture Media with Enriched Seawater: Optimal and Inhibitory Concentrations of Some Chemical Compounds. Added to Seawater for the Culture of Asparagopsis armata (Rhodophyceae, Bonnemaisoniales)
- Le phytobenthos de la zone de décollement de la tache thermique d’une centrale électrique méditerranéenne. Effects of a Thermal Power Plant on the Mediterranean Marine Phytobenthos: The Aerea of High Frequency Temperature Changes
- The Effect of Kelp Shading on Phytoplankton Production
- Effects of Inorganic Phosphorus and Nitrogen on the Growth of an Estuarine Cladophora in Culture
- Growth of Subtidal Laminaria groenlandica in Southeastern Alaska Related to Season and Depth
Articles in the same Issue
- Milieu de culture à eau de mer enrichie: Concentrations maximales et inhibitrices de certains composés chimiques ajoutés à l’eau de mer pour la culture d'Asparagopsis armata (Rhodophycée, Bonnemaisoniale). Culture Media with Enriched Seawater: Optimal and Inhibitory Concentrations of Some Chemical Compounds. Added to Seawater for the Culture of Asparagopsis armata (Rhodophyceae, Bonnemaisoniales)
- Le phytobenthos de la zone de décollement de la tache thermique d’une centrale électrique méditerranéenne. Effects of a Thermal Power Plant on the Mediterranean Marine Phytobenthos: The Aerea of High Frequency Temperature Changes
- The Effect of Kelp Shading on Phytoplankton Production
- Effects of Inorganic Phosphorus and Nitrogen on the Growth of an Estuarine Cladophora in Culture
- Growth of Subtidal Laminaria groenlandica in Southeastern Alaska Related to Season and Depth
