<p>Comparisons are between ocular vs. point count methods for estimates of volume (A) and estimates of bulk density (B); relative comparisons for observed vs. predicted lichen biomass for the ocular method (C) and the point count method (D). Each red line is a hypothetical 1∶1 isoline, where deviations from this line indicate magnitude of differences.</p
<p>Includes species constituting at least 5% of collections from method 1 (resting collection near o...
The methods are applied on 24 weather stations in the first experiment whereas they are applied on a...
Abstract We present the results of a timed field trial comparing the bias characteristics and relati...
<p>“Method” column summarizes either ocular or point count methods of estimating volume, both of the...
Comparison between our survey of lichen diversity and the previous research in the same area (Uholka...
Epiphytic lichens have long been used as ecological indicators. Lichen biomonitoring surveys were ca...
<p>Comparisons of relative change of <i>k</i> value between different litter manipulation treatments...
Sampling requirements related to lichen biomonitoring include optimal sampling density for obtaining...
<p>A. Bias compared to FASCount as the reference technology. B. Bias compared to FASCalibur as the r...
<p>Bias (circles) is a measure of accuracy (lower absolute values = better accuracy). 9%% LOA (error...
1. The purpose of comparing two methods of measurement of a continuous biological variable is to unc...
<p>A. Ratio of ratios. Strip chart (1-dimensional scatter plot, log<sub>10</sub>[y]) illustrating di...
The variability of biological data is a main constraint affecting the quality and reliability of lic...
Several large-scale forest inventories are now being conducted using angle count sampling, and the m...
The forest plot shows the overall bias (the black circles indicate the mean percentage error), as we...
<p>Includes species constituting at least 5% of collections from method 1 (resting collection near o...
The methods are applied on 24 weather stations in the first experiment whereas they are applied on a...
Abstract We present the results of a timed field trial comparing the bias characteristics and relati...
<p>“Method” column summarizes either ocular or point count methods of estimating volume, both of the...
Comparison between our survey of lichen diversity and the previous research in the same area (Uholka...
Epiphytic lichens have long been used as ecological indicators. Lichen biomonitoring surveys were ca...
<p>Comparisons of relative change of <i>k</i> value between different litter manipulation treatments...
Sampling requirements related to lichen biomonitoring include optimal sampling density for obtaining...
<p>A. Bias compared to FASCount as the reference technology. B. Bias compared to FASCalibur as the r...
<p>Bias (circles) is a measure of accuracy (lower absolute values = better accuracy). 9%% LOA (error...
1. The purpose of comparing two methods of measurement of a continuous biological variable is to unc...
<p>A. Ratio of ratios. Strip chart (1-dimensional scatter plot, log<sub>10</sub>[y]) illustrating di...
The variability of biological data is a main constraint affecting the quality and reliability of lic...
Several large-scale forest inventories are now being conducted using angle count sampling, and the m...
The forest plot shows the overall bias (the black circles indicate the mean percentage error), as we...
<p>Includes species constituting at least 5% of collections from method 1 (resting collection near o...
The methods are applied on 24 weather stations in the first experiment whereas they are applied on a...
Abstract We present the results of a timed field trial comparing the bias characteristics and relati...