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| Paper | General model* | Analysis | Habitat interaction (ecology)** | Management | Economics | Habitat |
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| Lynne et al. [21] | Essential habitat (Case 4) | Empirical | ; | Equilibrium model | Output elasticity effort and habitat. Marginal products of effort and habitat | Marshlands |
| Kahn and Kemp [22] | Carrying capacity, a function of habitat but not essential (Case 1) | Empirical | , | Open access (equilibrium harvest) | Welfare losses: consumer and producer surplus | Submerged aquatic vegetation |
| Ellis and Fisher [23] | Harvest function (Case 5) | Empirical | —direct one-to-one relationship, stock a function of habitat | Sole owner | Change in consumer and producer surplus resulting from change in habitat | Marshlands |
| Kahn [17] | Facultative habitat (Case 1 or 2) | Theoretical | F(X, H), can impact either the growth rate or carrying capacity | Open access | Welfare losses | Submerged aquatic vegetation (discussed) |
| Anderson [19] | Facultative
(Case 1 or 2) | Empirical | Preferred habitat | Open access | Change in producer surplus and consumer surplus resulting from change in habitat | Seagrass |
| Swallow [24] | Nonrenewable Essential (Case 4) | Theoretical | | Sole owner | | Coastal development discussed |
| Freeman [25] | Harvest function, where habitat is an input instead of the fish stock (Case 5) | Empirical | —direct one-to-one relationship, stock a function of habitat | Sole owner
Open access | Change in consumer and producer surplus for different managements and varying elasticities of demand | Marshlands |
| Swallow [26] | Essential (Case 4) | Empirical |
Stock depends only on the habitat quality | Sole owner | | Wetlands |
| Barbier and Strand [16] | Essential (Case 4) | Empirical | , carrying capacity, a function of habitat. Habitat essential | Open access | Marginal product effort and habitat; output elasticity effort and habitat | Mangroves |
| Sathirathai and Barbier [27] | Harvest function (Case 5) | Empirical | —direct one-to-one relationship, stock a function of habitat | Sole owner
Open access | Effect of changing demand elasticities for different management regimes | Mangroves |
|
Barbier et al. [18] | Essential (Case 4) | Empirical |
—carrying capacity a function of habitat Nonlinear | Open access | Welfare effects. Consumer surplus. Varying elasticity of demand. | Mangroves |
| Knowler et al. [28] | Beverton Holt, growth | Empirical | Beverton Holt | Equilibrium | | Salmon habitats |
| Upton and Sutinen [13] | Essential (Case 4) | Theoretical |
Habitat enters in both and | Open access
Sole owner | | General |
| Foley et al. [20] | Essential facultative (Case 3 and 4) | Empirical | ,
Habitat essential
Habitat facultative | Open access | Marginal products, output elasticity | Cold-water corals |
| Kahui and Armstrong [29] | Essential facultative (Case 2 and 4) Nonrenewable | Theoretical | Habitat essential Habitat facultative | Equilibrium | Positive effects of habitat on costs of harvest | Cold-water corals (discussed) |
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