Sentence examples for cycling models from inspiring English sources

The lack of knowledge with respect to acidification and nutrient cycling models mainly concerns the dynamics of organic matter, N and Al (De Vries 1994; Kros et al. 1993).

Our findings have major implications for carbon cycling in arid zone soil and further study of carbon dynamics in these terrestrial systems at a landscape level will be required if we are to improve global climate and carbon cycling models.

We applied two subroutines of control analysis, system control and control difference, to two nitrogen cycling models constructed at sites with different salinity regimes (one oligohaline and one polyhaline) in the Cape Fear River Estuary, NC, USA.

Process-based nutrient cycling models through these primary flowpaths will then greatly improve our ability for prediction, and lead to science-based approaches to improve the health of our freshwater resources.

We highlight the need to extend the application of current methods to focus on a greater range of habitats and mycorrhizal types enabling incorporation of mycorrhizal fungal biomass and turnover into biogeochemical cycling models.

In relation to previous nutrient cycling models, our model offers a satisfactory compromise between simplicity, biological realism and predictability, and it proved to be a useful tool to predict short-term changes in nutrient reserves as well as to evaluate possible negative effects of applying current thinning prescriptions on long-term sustainability of managed forests in the western Pyrenees.

It consists of a benefit model, a water cycling simulation model and an optimization model.

ERSEM is a lower-trophic level biogeochemical cycling model, explicitly resolving the Carbon, Nitrogen, Oxygen, Phosphorus, and Silicon cycles through both the benthic and pelagic ecosystems.

Romero yesterday issued a warning for the rest of British sport: follow the cycling model or get left behind.

SMART2 is a single-layer soil acidification and nutrient cycling model.

One of those models is soil acidification model SMART (De Vries et al. 1989) that has been further developed to a soil acidification and nutrient cycling model, SMART2, predicting changes in soil and soil solution chemistry, as described in this paper.