| | 12 | * '''Use input effort controls (linear programming solution):''' uses a linear programing algorithm to find a fishing effort that meets the fishing mortality constraints and is optimised for the total value of the catch. When this control option is selected you can set the upper and lower fishing effort bounds for each fleet. |
| | 13 | * '''Use output (quota) controls:''' fishing effort is set at the level required to meet fishing mortality or quota set via the regulatory rules i.e. Target fishing mortality, Fixed F, Escapement or TAC. When this option is selected you can set the maximum fishing effort and quota control implementation methods. |
| | 14 | |
| | 15 | ''MSE Quota controls form.[[BR]]''[[Image(MSE_Quota_Controls.jpg)]] |
| | 16 | |
| | 17 | * '''Cap effort at:''' caps the effort needed to achieve the fishing mortality or quota. |
| | 18 | * '''Cap effort at Ecosim level:''' fishing effort can never exceed level set by current Ecosim scenario |
| | 19 | * '''Predict effort: '''effort is predicted by the Ecosim Fleet/effort dynamics model then cap so as not to exceed the regulatory rules. |
| 15 | | * '''Use input effort controls (linear programming solution):''' uses a linear programing algorithm to find a fishing effort that meets the fishing mortality constraints and is optimised for the total value of the catch. When this control option is selected you can set the upper and lower fishing effort bounds for each fleet. |
| 16 | | * '''Use output (quota) controls:''' fishing effort is set at the level required to meet fishing mortality or quota set via the regulatory rules i.e. Target fishing mortality, Fixed F, Escapement or TAC. When this option is selected you can set the maximum fishing effort and quota control implementation methods |
| | 22 | * '''No quota:''' no regulation will be used for this fleet. |
| | 23 | * '''Weakest stock quota + discards quota:''' effort is regulated if any catch (landings + discards) on a group exceeds its quota. |
| | 24 | * '''Highest value stock quota:''' effort is regulated if landings on the highest value stock exceed the quota. Catches that exceed the quota on a stock are discarded. |
| | 25 | * '''Selective fishing quota:''' Effort is regulated if landings on the strongest stock exceed the quota. |
| 18 | | Max. fishing effort. |
| 19 | | |
| 20 | | * '''Cap effort at:''' caps the effort needed to achieve the fishing mortality or quota. |
| 21 | | * '''Cap effort at Ecosim level:''' fishing effort can never exceed level set by current Ecosim scenario |
| 22 | | * '''Predict effort: '''effort is predicted by the Ecosim Fleet/effort dynamics model then cap so as not to exceed the regulatory rules. |
| 23 | | |
| 24 | | Quota implementation methods. |
| 25 | | |
| 26 | | * '''No quota:''' no regulation will be used for this fleet. |
| 27 | | * '''Weakest stock quota + discards quota:''' effort is regulated if any catch (landings + discards) on a group exceeds its quota. |
| 28 | | * '''Highest value stock quota:''' effort is regulated if landings on the highest value stock exceed the quota. Catches that exceed the quota on a stock are discarded. |
| 29 | | * '''Selective fishing quota:''' Effort is regulated if landings on the strongest stock exceed the quota.[[BR]] |
| 30 | | * '''No regulatory controls (evaluate the current Ecosim scenario):'''Ecosim is run using effort from the current scenario. No attempt is made to regulate the fishing effort. This option is used to evaluate the current Ecosim scenario. |
| | 27 | [[BR]] |
| | 28 | * '''No regulatory controls (evaluate the current Ecosim scenario):'''Ecosim is run using effort from the current scenario. No attempt is made to regulate the fishing effort. This option is used to evaluate the current Ecosim scenario. |
