Our study contributes to a better understanding of how the shift of land-use patterns in agricultural landscapes might influence crop diseases to provide predictive tools to evaluate management practices.
Indeed, the shift of land-use patterns in agricultural landscapes through intensification or extensification of agricultural production systems modifies the interface between the agro-ecological elements, and we need to understand the potential consequences of such modifications for a better management of landscapes and control of crop pathogens.
Using arrangements of "x" letter strings, which were placed before a task-relevant group of three words, we qualitatively replicated the substantial left shift of landing positions after skipping saccades demonstrated by Krügel and Engbert (2010) for normal reading.
BRT models allowed us to identify other significant patterns such as: the vulnerability of irrigated crops to drought; the higher dependence of agricultural activity in the Pyrenees on internal networks; pattern shifts of land abandonment in the analyzed sub-periods, and; evidence of the importance of economic diversification for maintaining cropland.
This continuous shift of grass land to cultivated and settlement land may be attributed to the rapidly growing demand for cultivated and settlement land which is directly related to the continuous demand for more cultivation and settlement land caused by an increment of population in the watershed.
Intensive plantation silviculture is a shifting pattern of land use that extends well beyond the area of activity captured in a snapshot.
First, the systematic launch-site-contingent shift of mean landing sites in the present experiment appeared to be larger than in natural reading for both normal and skipping saccades.
To account for the distribution of fixation positions within words, current models of eye-movement control in reading (e.g., Engbert, Nuthmann, Richter, & Kliegl, 2005; Reichle, Rayner, & Pollatsek, 1999) typically incorporate the launch-site-contingent mean shift of saccadic landing positions within words on the basis of McConkie et al.'s (1988) quantitative estimates.
But to get there, we'll also need a massive shift in conceptions of land, culture and history.
As a result, there is a great deal of research and support for second generation dedicated energy crops, which do not compete with food crops, do not negatively affect the quality of the land and do not negatively shift the pattern of land use (for example that do not require clearing certain types of land to grow energy crops).
