(PDF) Feeding by the Zooflagellate Pseudobodo Sp. On the

Feeding by the Zooflagellate Pseudobodo Sp. On the Picoplanktonic Prasinomonad Micromonas Pusilla

Marine Ecology - Progress Series - Germany

doi 10.3354/meps029237

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January 1, 1986

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Inter-Research Science Center

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Feeding by the Zooflagellate Pseudobodo Sp. On the Picoplanktonic Prasinomonad Micromonas Pusilla

Marine Ecology - Progress Series - Germany

doi 10.3354/meps029237

Full Text

Abstract

Categories

Date

Authors

Publisher

Related search

Increasing P Limitation and Viral Infection Impact Lipid Remodeling of the Picophytoplankter Micromonas Pusilla

Review On: &Amp;#8216;The Arctic Picoeukaryote Micromonas Pusilla Benefits From Ocean Acidification Under Constant and Dynamic Light&#8217; By White Et Al.

Combined Phosphorus Limitation and Light Stress Prevent Viral Proliferation in the Phytoplankton Species Phaeocystis Globosa, but Not in Micromonas Pusilla

The Arctic Picoeukaryote &Lt;i>Micromonas Pusilla</I> Benefits From Ocean Acidification Under Constant and Dynamic Light

Bioturbation on Tidal Flat by the Burrowing of Ilyoplax Pusilla and Scopimera Globosa

Supplementary Material to &Quot;The Arctic Picoeukaryote &Lt;i>Micromonas Pusilla</I> Benefits From Ocean Acidification Under Constant and Dynamic Light"

The Effect of Galling Aphids Feeding on Photosynthesis Photochemistry of Elm Trees (Ulmus Sp.)

The Research on the Degradation of -Carotene by the Penicillium Sp.

Preferential Prey Selection by Desmodus Rotundus (E. Geoffroy, 1810, Chiroptera, Phyllostomidae) Feeding on Domestic Herbivores in the Municipality of São Pedro - SP

Amanote Research

Feeding by the Zooflagellate Pseudobodo Sp. On the Picoplanktonic Prasinomonad Micromonas Pusilla

Marine Ecology - Progress Series - Germany

doi 10.3354/meps029237

Full Text

Abstract

Categories

Date

Authors

Publisher

Related search

Increasing P Limitation and Viral Infection Impact Lipid Remodeling of the Picophytoplankter Micromonas Pusilla

Review On: &Amp;#8216;The Arctic Picoeukaryote Micromonas Pusilla Benefits From Ocean Acidification Under Constant and Dynamic Light&amp;#8217; By White Et Al.

Combined Phosphorus Limitation and Light Stress Prevent Viral Proliferation in the Phytoplankton Species Phaeocystis Globosa, but Not in Micromonas Pusilla

The Arctic Picoeukaryote &Lt;i&gt;Micromonas Pusilla&lt;/I&gt; Benefits From Ocean Acidification Under Constant and Dynamic Light

Bioturbation on Tidal Flat by the Burrowing of Ilyoplax Pusilla and Scopimera Globosa

Supplementary Material to &Quot;The Arctic Picoeukaryote &Lt;i&gt;Micromonas Pusilla&lt;/I&gt; Benefits From Ocean Acidification Under Constant and Dynamic Light&quot;

The Effect of Galling Aphids Feeding on Photosynthesis Photochemistry of Elm Trees (Ulmus Sp.)

The Research on the Degradation of -Carotene by the Penicillium Sp.

Preferential Prey Selection by Desmodus Rotundus (E. Geoffroy, 1810, Chiroptera, Phyllostomidae) Feeding on Domestic Herbivores in the Municipality of São Pedro - SP

Review On: &Amp;#8216;The Arctic Picoeukaryote Micromonas Pusilla Benefits From Ocean Acidification Under Constant and Dynamic Light’ By White Et Al.

The Arctic Picoeukaryote &Lt;i>Micromonas Pusilla</I> Benefits From Ocean Acidification Under Constant and Dynamic Light

Supplementary Material to &Quot;The Arctic Picoeukaryote &Lt;i>Micromonas Pusilla</I> Benefits From Ocean Acidification Under Constant and Dynamic Light"