Sentence examples for a function of vegetation from inspiring English sources
The amount and vertical distribution of soil organic carbon (SOC) storage is primarily a function of vegetation type and climate, with influence from soil and landscape properties and human activities.
However, major efforts focused on developing complex equations to describe hydrologic processes as a function of vegetation structure at the plot level have not been accompanied by corresponding attempts to adequately extrapolate these metrics over the wider landscape in order to parameterize fully-distributed models.
ANCOVA models were used to evaluate the dynamics, structure, and species richness of subdominant communities as a function of vegetation type (i.e., site), cover of the dominant species, Bouteloua or Larrea, and the interaction between site and cover of dominants.
Additional file 4: Figure S1-S4 The abundance of a given species as adults per collection site as a function of vegetation gradient.
Autotrophic respiration is modeled for maintenance respiration using a semi-empirical relationship as a function of vegetation, biomass, air temperature and photosynthetic rate, while growth respiration is a constant of GPP (0.25).
Formulae that are based on empirical relationships relating G to net radiation, Rn (G = αRn, α being a function of a vegetation index, VI) are currently used, but presented drawbacks, especially in bare or sparse vegetation areas because of the poor adequacy of VI-based relationships to account for changes in soil moisture.
The ranges and means of δ13Cbody and δ13Cplant were statistically indistinguishable from one another suggesting that δ13Cbody was primarily a function of local vegetation composition.
We used PROC REG in SAS 9.3 (SAS Institute INC. Caryy, NC) to estimate connectivity as a function of natural vegetation in simple linear and quadratic polynomial models in PLAND; PROC NLIN in SAS 9.3 (SAS Institute INC. Caryy, NC) was used for a simple nonlinear exponential model.
Response patterns for the distribution of mosquito species as adults were analyzed as a function of the vegetation complexity.
The former [ 10] uses the results of a DGVM to model range shifts and species turnover of mammals within protected areas, strictly as a function of expected vegetation shifts due to predicted climate change.
The hydraulic performance was analyzed as a function of the average vegetation density, channel sinuosity and the ratio of vegetation densities in the LVZs and the MFC.
