trapInPath

This function determines if lobster gets into a trap and is caught.

Simulate lobster catch process in a trap fishery. Factors such as lobster density on ocean floor, their movement, trap saturation and bait shrinkage rate can be modeled. Details of the methods for modeling those processes can be found in: Addison and Bell (1997) <doi:10.1071/MF97169>.

Nickchi Payman

LobsterCatch

Models the Capture Processes in American Lobster Trap Fishery

Pourfaraj vahab

Cook Adam

Jamie Tam

trapInPath function

<dl><dt>loc1</dt>
<dd>is the location of lobster at the start of each time step</dd>
<dt>loc2</dt>
<dd>is the location of lobster at the end of each time step</dd>
<dt>Trap</dt>
<dd>is the location of trap</dd>
<dt>howClose</dt>
<dd>The area within which a lobster considered trapped</dd></dl>

Arguments

This function determines if lobster gets into a trap and is caught. — trapInPath

<dl>

<dt>loc1</dt>
<dd>is the location of lobster at the start of each time step</dd>


<dt>loc2</dt>
<dd>is the location of lobster at the end of each time step</dd>


<dt>Trap</dt>
<dd>is the location of trap</dd>


<dt>howClose</dt>
<dd>The area within which a lobster considered trapped</dd>

</dl>

trapInPath: This function determines if lobster gets into a trap and is caught.

Description

Usage

Value

Arguments