In a simple verbal model, based on present-day data from Germany, we show that amphibian populations which have undergone phenological shift towards earlier reproduction potentially suffer less from applications of glyphosate-based herbicides compared to those which (yet) show no such reproductive shift.
We also find that positive reserve effects based on present-day data (e.g., higher abundances of commercial species inside the no-take zone versus outside) were often not associated with increases in fish densities over time, and suggest caution when interpreting abundance patterns in the absence of historical data.
We also showed that the use of an accurate DEM resulting from LIDAR data, based on present-day topography, leads to the underestimation of soil redistribution rates by the model, especially in this landscape submitted to recent and important morphological changes.
We used data based on present-day distributions [ 8]‐[ 12, 27, 43, 72- 79] coded as follows: (WA) western Atlantic; (EP) eastern Pacific; and (IP) Indo-Pacific.
Based on present-day fore-arc magma records, they are often referred to as suprasubduction-zone ophiolites.
We predefined unit areas based on present-day distributions of Serpulaceae taxa.
Furthermore, this analysis is based on 'present day data'.
Based on present data, this cannot be ruled out.
Lactation yields were calculated based on test-day data, as described in [ 37] using the test-day interval method [ 38].
These predictions are more accurate than those based on ICU day 1 data alone.
In the present study, the model introduced in Sect. 2 is applied for each scenario based on one typical day's data as shown in Fig. 2.
