Sentence examples for nutrient model from inspiring English sources

The first is to demonstrate the best-practice development of BBNs in aquatic sciences using a simple nutrient model.

The functionality of the framework is demonstrated by supporting an exemplar nutrient model, applied within the Environmental Virtual Observatory pilot (EVOp) cloud cyber-infrastructure.

Five submodels, i.e., the soil erosion model, the sediment transportation model, the runoff model, the nutrient model, and the economic model, were included in this integrated model.

These models predict all significant nutrient sources to the landscape at 30 m resolution over a 144,000 km2 region, avoiding the tradeoff between scale and source detail common to many existing watershed nutrient models.

The development of dynamic nutrient models allowed Schernewski and Neumann [5] to conclude that the loading had increased over the past century by a factor of 4.5, while Savchuk et al. [2] calculated a three-fold increase.

For example, they found that when bed stability, conductivity, and flow frequency measures were incorporated into a chlorophyll-nutrient model, up to 70% of the variability in chlorophyll was explained (Clausen and Biggs 1998).

This SNP was identified in the light-under-high-nutrients model (Table 6) and was located in an exon of At4G18250, a protein with phosphorylation abilities.

Consistent with reports of poorer cognitive function at increasingly lower levels of postnatal lead exposure (Lanphear et al. 2005), child blood lead was associated with lower IQ after adjustment for the other contaminants and nutrients (model 2, Table 2).

Substitution with plant protein was only significant in the multivariate nutrient density model (model 1) (β 1080 [42 2117] g/5y), but lost significance after further adjustment for vitamin C and fiber intake.

The nutrient emission model MONERIS (MOdelling Nutrient Emissions into River Systems) is applied to the Po catchment, a large (>70,000 km2), densely populated, highly agriculturally exploited and industrialized landscape.

In the framework of an EU funded project the SWAP (Soil Water Atmosphere Plant) and ANIMO (Agricultural-Nutrient-Model) models were tested for an experimental arable plot in Bulgaria.