Physical and chemical conditions of the study site.
Notably different values of the stated factors result under the conditions of the study reported herein.
We have also inferred the paleoclimatic conditions of the study area through the calculation of Equilibrium Line Altitudes (ELAs).
Using zeolite did not induce any observable improvements in ammonium removal under the conditions of the study.
The topographical conditions of the study areas had a greater effect than climate conditions on the extrapolation potential.
The Boston-area participants showed linear or nearly linear mappings in all the conditions of the study when they were presented with dot arrays that were small enough to count or with number words.
Spatial information on biophysical conditions of the study sites were obtained from satellite images and most updated global topographic and soil databases.
The model matched the observations well, suggesting that it accurately represents the primary mechanisms involved with natural remobilization under the conditions of the study.
First, a conventional 137Cs approach, based on grid sampling was applied, adapting a mass balance conversion model incorporating soil movement by tillage to the site specific conditions of the study region.
These results indicate that the increase in organic acreage in landscapes will not increase pest problems in the short term under the conditions of the study (low disease pressure).
Finally, we point out that we can only determine if a NPS model is good or bad according to the actual conditions of the study area and the available data for this area.
