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Filtering by: Has journal Climate of the Past Non-Academic Affiliation Oregon State University. Honors College Resource Type Presentation

Microbes may induce soil water repellency through the production of aliphatic constituents as a response to desiccation

Creator:

Chilcote, Emma T.

Abstract:

Soil water repellency may be influenced by microbes whereby they produce aliphatic constituents (non-wetting materials) that coat the soil particles when they are subjected to desiccation stress.

Resource Type:

Presentation

Full Text:

may induce soil water repellency through the production of aliphatic constituents as a response to
Cyclic electron flow : Powering unique motility and alternative nitrogen uptake in Synechococcus WH8102 during nitrogen limited growth

Creator:

Dittrich, Jake E.

Abstract:

Global atmospheric carbon levels are continuing to rise from pre-industrial revolution levels. One of the main regulators of global atmospheric carbon levels, and thus climate, is the world's oceans. Unicellular marine cyanobacteria account for a large percent of total marine carbon fixation. We measured chlorophyll-specific ¹⁴C uptake rates (P[superscript b])...

Resource Type:

Honors College Thesis and Presentation
Metagenomics Analysis Reveal Host-Microbe Interactions in Cervical Cancer

Creator:

Lam, Khiem C.

Abstract:

Cervical cancer is the fourth most common cancer in women worldwide. Recently it has been shown that microbiota play a role in some types of cancer. Therefore, to understand whether microbes contribute in any way to the development and progress of cervical cancer, we investigated the cervical microbiome via analysis...

Resource Type:

Presentation and Honors College Thesis

Full Text:

The microbiome of cervical cancer: exploring the link between

ScholarsArchive@OSU

Microbes may induce soil water repellency through the production of aliphatic constituents as a response to desiccation

Cyclic electron flow : Powering unique motility and alternative nitrogen uptake in Synechococcus WH8102 during nitrogen limited growth

Metagenomics Analysis Reveal Host-Microbe Interactions in Cervical Cancer

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