em 00 nse urs ory by a predator searching for prey. Two search modes are available: ambush and cruising explained in terms of varying habitat and physiological conditions. We present an additional 1. INTRO When sear tor can ad modes: (i) mize the a sit-and-wai a way so a any motion thesized an which ana types. Sin species tha in various the alterna ing extern parameters this article tion of the observed alternating behaviour that holds ironment: pensity of by making systematic onclusions rch Game Monster’ predator) the possi-en in th
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
In a world that is changing rapidly due to anthropogenic disturbances, an understanding of animal be...
In a world that is changing rapidly due to anthropogenic disturbances, an understanding of animal be...
International audienceWe advance and apply the mathematical theory of search games to model the prob...
We advance and apply the mathematical theory of search games to model the problem faced by a predato...
We advance and apply the mathematical theory of search games to model the problem faced by a predato...
We advance and apply the mathematical theory of search games to model the problem faced by a predato...
Drawing on Skellam's (1958) work on sampling animal populations using transects, we derive a beha- v...
Drawing on Skellam's (1958) work on sampling animal populations using transects, we derive a beha- v...
When seeking prey, predators adaptively deploy strategies coarsely divided into sit-and-wait, sit-an...
1. Fine-scale predator movements may be driven by many factors including sex, habitat anddistributio...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
In a world that is changing rapidly due to anthropogenic disturbances, an understanding of animal be...
In a world that is changing rapidly due to anthropogenic disturbances, an understanding of animal be...
International audienceWe advance and apply the mathematical theory of search games to model the prob...
We advance and apply the mathematical theory of search games to model the problem faced by a predato...
We advance and apply the mathematical theory of search games to model the problem faced by a predato...
We advance and apply the mathematical theory of search games to model the problem faced by a predato...
Drawing on Skellam's (1958) work on sampling animal populations using transects, we derive a beha- v...
Drawing on Skellam's (1958) work on sampling animal populations using transects, we derive a beha- v...
When seeking prey, predators adaptively deploy strategies coarsely divided into sit-and-wait, sit-an...
1. Fine-scale predator movements may be driven by many factors including sex, habitat anddistributio...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
Active search for prey is energetically costly, so understanding how foragers optimize search has be...
In a world that is changing rapidly due to anthropogenic disturbances, an understanding of animal be...
In a world that is changing rapidly due to anthropogenic disturbances, an understanding of animal be...