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THE IMPACTS CLIMATE VARIABILITY AND ANTHROPOGENIC ACTIVITY ON TERRESTRIAL ECOSYSTEM CARBON CYCLING
(2019-12)
There is a near consensus among climate scientists that global temperatures are rising, climate variability will increase, and climate extremes will become more extreme. What is debated, however, is how terrestrial ecosystems ...
Systematic studies in the Poaceae and Cyperaceae /
(The University of Oklahoma., 1985)
Descriptions of the following genera were prepared for the volume treating the Poaceae for the Vascular Flora of the Southeastern United States: Ammophila, Arrhenatherum, Brachyelytrum, Briza, Cynosurus, Dactyloctenium, ...
MACRONUTRIENTS SHAPE MICROBIAL COMMUNITIES, GENE EXPRESSION AND PROTEIN EVOLUTION
(2017-05-10)
Nutrient limitation of the principle macronutrients carbon, nitrogen and phosphorus are known to influence community structure, success of individual species, and over long enough time could, in theory, shape the evolution ...
The anaerobic biodegradation of petroleum-related compounds.
(1997)
The toxicity and biodegradation of mixtures of thiols, thiophenes, thiophenic acids and aromatic sulfides were determined under anaerobic conditions. Toxicity effects were dependent on the structure of the organosulfur ...
Management intensification and temporal dynamics shape microbial communities in a Southern Plains agroecosystem
(2022-03-28)
Land use intensification has resulted in the conversion of complex natural systems into simpler, managed environments which has a considerable impact on physical and chemical soil properties as well as above and belowground ...
Identification and characterization of novel components in brassinosteroid signaling and biosynthetic pathways in Arabidopsis thaliana
(2010)
Brassinosteroids (BRs) are steroidal hormones essential for normal plant growth and development. To dissect the essential role of BRs in plants, a gain-of-function approach, activation tagging, was used to identify components ...
IMPROVING GLOBAL CARBON CYCLE MODELS WITH OBSERVATIONS
(2014-05)
In the future warming world terrestrial ecosystems may mitigate increasing temperatures by sequestering CO₂ from the atmosphere, or they can intensify future global change, amplifying the rate of CO₂ production in response ...
Metabolite-profiling to assess <italic>in<italic><italic> situ<italic> anaerobic microbial hydrocarbon degradation in diverse environments
(2010)
It is evident that complete mineralization of hydrocarbons and related compounds can occur under anaerobic conditions. A large variety of hydrocarbon classes have been shown to be amenable to decay by enriched microbial ...
Modelling terrestrial carbon fluxes and crop production with remote sensing and in-situ observations
(2020-08-20)
Plants fix carbon through photosynthesis, sequestering carbon dioxide from the atmosphere and substantially mitigating the climate warming effect induced by anthropogenic CO2 emissions. Terrestrial gross primary production ...