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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:

at er D ro p Pe ne tra tio n Ti m e (s ec on ds ) Moisture Content (%) Fig. 1. Impact
Mineral Surfaces as Agents of Environmental Proteolysis: Mechanisms and Controls

Creator:

Chacon, Stephany S.

Abstract:

The bottleneck in the turnover of soil organic matter (SOM) is the conversion of large molecular compounds into smaller compounds that can be transported through a cell membrane of a microbe for processing. Once inside the cell, organic compounds can be converted into biomass or be respired. The microbial depolymerization...

Resource Type:

Dissertation
Mechanisms of Organic Matter Accumulation and Feedbacks on Pore Space in Ferralsols/Oxisols Containing High Carbon Stocks

Creator:

Martinez, Pedro

Abstract:

Deeply weathered soils in tropical rainforests and savannas are classified as Ferralsols according to the World References Bases for Soil Resources (WRB). Ferralsols are most nearly akin to the Oxisols order defined in the US Soil Taxonomy. The acidity, low cation exchange capacity, and strong phosphorus retention by the oxidic...

Resource Type:

Dissertation

Full Text:

in stable geomorphic surfaces at 600 m of elevation, e.g., in Campinas and São José dos Campos