Studying drivers of marine biodiversity in natural laboratories
To answer remaining questions in marine ecology and evolution (how does biodiversity arise and how is it maintained?) there is a need for a well-defined system to test hypotheses. Marine lakes provide such a system, they can be viewed as 'islands of sea'. Here, we use them to explore how physical isolation and diverse environmental conditions affect population connectivity and species communities.
Aims and Objectives
- Study population connectivity and possible incipient speciation in marine lakes
- Assess the relative importance of competition and chance in the assembly of species communities
- Unveil how species communities of benthic invertebrates differ over gradients of isolation and environmental conditions
- Unravel food webs of marine lakes through isotope analysis to understand (differences in) ecosystem functioning under varying environmental conditions
We will explore marine lakes unknown to science and measure water characteristics and the connection to the sea. In these lakes, as well as in the surrounding sea, we will use photo transects and tissue sampling of mollusks and sponges to assess species communities. The ubiquitous mussel Brachidontes sp. will be sampled to study population connectivity and incipient speciation. Tissue samples will be taken of all species and food sources for a subset of lakes to unveil food web structures through isotope analysis.
First come, first served : Possible role for priority effects in marine populations under different degrees of dispersal potential
Recognizing peripheral ecosystems in marine protected areas : A case study of golden jellyfish lakes in Raja Ampat, Indonesia
Highly divergent mussel lineages in isolated Indonesian marine lakes