In the case of YHyM/BTOPMC run with the global public domain data sets (Case 1), soil map and land cover data acquired from global public domain were input to the model, whereas in the case of YHyM/BTOPMC run with local detailed data sets (Case 2), local detailed soil map and land cover data were input to the model.
Local detailed soil map and land cover data in Case 2 based on the high-resolution local maps presenting detailed classifications are more accurate in comparison to Case 1. Table 1 shows the basic data input to run YHyM/BTOPMC for Case 1 and Case 2, and the sources of data.
Using datasets on animal density, temperature, precipitation and Corine land cover data, including soil type and soil mineral concentrations in Sweden, bivariate and multiple logistic regression analyses were carried out in R software to reveal potential predictors of F. hepatica infection.
Land cover data gives the opportunity to study interactions between land cover status and environmental issues such as hydrologic processes, soil properties, or biodiversity.
A physically, empirically based approach using geographically based information such as topography, soil data and land use/land cover data is employed for estimating spatially varied parameters.
In addition to the quantified soil loss and vegetative cover data, measured data (e.g. crop yield per hectare, amount of forage per meter of soil bund, etc). is necessary to discuss in detail about the impact of land resources management on the livelihood of the population.
The second dataset included only the plants assessed within each of the EVCs while the final data considered only the soil cover parameters.
For each period, the watershed area, soil, land cover, and rainfall data were used with a single parameter Curve Number model to estimate the runoff volume for annual to decadal storms.
Three modes of traditional tillage, subsoiling with soil cover and no-till with soil cover were compared using 10 years of soil bulk density, water content, yield and water use efficiency data.
Soil cover keeping farm residues on top soil.
Soil cover keeping farm residues on top soil & avoid soil carbon loss.
