In marine systems conservation planning is often based on limited information. There is, therefore, a clear need for improved methods for gathering and classifying subtidal marine biodiversity data and for setting targets in conservation planning. Here, methods for collecting data for subtidal estuarine habitats and fish and mollusc assemblages were developed and techniques for modelling surrogacy relationships between biological assemblages and abiotic variables were examined. The resulting data were used to assess the relative efficiency of different target-setting approaches in conservation planning, highlighting the benefits that accrue when conservation planning takes underlying biological diversity into consideration
Biological sampling in marine systems is often limited, and the cost of acquiring new data is high. ...
Protected areas will more efficiently protect biodiversity if threats to the persistence of populati...
Robust design of Marine Protected Areas in ocean environments is often challenging due to inadequate...
Effective planning for marine protected areas should be based on conservation targets that are repre...
The urgent need to conserve aquatic biodiversity and the lack of spatial data on biodiversity has mo...
1. The lack of information about marine biodiversity is problematic for the selection of conservatio...
Effective conservation planning requires biotic data across an entire region. In data-poor ecosystem...
Increasing pressures on global biodiversity and lack of data on the number and abundance of species ...
1. Surrogates are used in marine conservation planning when there is limited information on the dist...
There is concern about the reliability of surrogate measures to represent biodiversity and the use o...
Conservation planning in estuaries has lagged behind that in terrestrial and marine areas, despite t...
The goal of biodiversity conservation has been described as the conservation of diversity at three l...
The annealing algorithm in MARXAN was used to build possible marine reserves by selecting the best o...
Protected areas will more efficiently protect biodiversity if threats to the persistence of populati...
Conservation planning for biodiversity requires spatially continuous species data that encompasses t...
Biological sampling in marine systems is often limited, and the cost of acquiring new data is high. ...
Protected areas will more efficiently protect biodiversity if threats to the persistence of populati...
Robust design of Marine Protected Areas in ocean environments is often challenging due to inadequate...
Effective planning for marine protected areas should be based on conservation targets that are repre...
The urgent need to conserve aquatic biodiversity and the lack of spatial data on biodiversity has mo...
1. The lack of information about marine biodiversity is problematic for the selection of conservatio...
Effective conservation planning requires biotic data across an entire region. In data-poor ecosystem...
Increasing pressures on global biodiversity and lack of data on the number and abundance of species ...
1. Surrogates are used in marine conservation planning when there is limited information on the dist...
There is concern about the reliability of surrogate measures to represent biodiversity and the use o...
Conservation planning in estuaries has lagged behind that in terrestrial and marine areas, despite t...
The goal of biodiversity conservation has been described as the conservation of diversity at three l...
The annealing algorithm in MARXAN was used to build possible marine reserves by selecting the best o...
Protected areas will more efficiently protect biodiversity if threats to the persistence of populati...
Conservation planning for biodiversity requires spatially continuous species data that encompasses t...
Biological sampling in marine systems is often limited, and the cost of acquiring new data is high. ...
Protected areas will more efficiently protect biodiversity if threats to the persistence of populati...
Robust design of Marine Protected Areas in ocean environments is often challenging due to inadequate...