Wilcoxon rank-sum tests show significant differences in COV between different scavenging probabilities (**** = Bonferroni adjusted p values less than 0.0001) Only data from model runs where agents had one of two technology types (overlap = 1) are used.</p
Results for model runs where agents have one of two technology types (overlap is 1) and only 200 age...
Trend lines are compared by overlap parameter (A & B), by μ parameters (C & D), and by selection par...
The correlations are between recycling intensity and: number of discard events (A), number of scaven...
Only data from model runs where agents had one of two technology types (overlap = 1) and 200 agents ...
The correlations are between recycling incidence and: number of discard events (A), number of scaven...
Coefficient of variation (COV) for recycling intensity through time across all model runs.</p
Each facet shows the effect of a different dependent variable on the COVs of each output. (TIF)</p
Estimated effects calculated from regression coefficients for blank probability, scavenging probabil...
High scavenging probability and low blank probability results in more recycling. Low scavenging prob...
From left to right, the correlations are between recycling incidence and: number of discard events, ...
Results shown for model runs where agents have one of two technology types (overlap is 1) and only 1...
Results show for model runs when agents have one of two technology types (overlap = 1) and only 100 ...
Results shown for each grid square when agents have one of two technology types (overlap = 1) and on...
Results shown for model runs when agents have one of two technology types (overlap is 1). Error bars...
Curves show variation in recycling incidence (RI) values. More diffuse curves show a wider range of ...
Results for model runs where agents have one of two technology types (overlap is 1) and only 200 age...
Trend lines are compared by overlap parameter (A & B), by μ parameters (C & D), and by selection par...
The correlations are between recycling intensity and: number of discard events (A), number of scaven...
Only data from model runs where agents had one of two technology types (overlap = 1) and 200 agents ...
The correlations are between recycling incidence and: number of discard events (A), number of scaven...
Coefficient of variation (COV) for recycling intensity through time across all model runs.</p
Each facet shows the effect of a different dependent variable on the COVs of each output. (TIF)</p
Estimated effects calculated from regression coefficients for blank probability, scavenging probabil...
High scavenging probability and low blank probability results in more recycling. Low scavenging prob...
From left to right, the correlations are between recycling incidence and: number of discard events, ...
Results shown for model runs where agents have one of two technology types (overlap is 1) and only 1...
Results show for model runs when agents have one of two technology types (overlap = 1) and only 100 ...
Results shown for each grid square when agents have one of two technology types (overlap = 1) and on...
Results shown for model runs when agents have one of two technology types (overlap is 1). Error bars...
Curves show variation in recycling incidence (RI) values. More diffuse curves show a wider range of ...
Results for model runs where agents have one of two technology types (overlap is 1) and only 200 age...
Trend lines are compared by overlap parameter (A & B), by μ parameters (C & D), and by selection par...
The correlations are between recycling intensity and: number of discard events (A), number of scaven...
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