Our work
The research at the Functional Reef Ecology lab focuses on broad field of functional reef ecology with specific attention given on the changes in the performance of reef organisms along with environmental gradients and their consequences on the communities. Research priorities are given at characterizing the importance of individual variations in species response to changes (physiological ecology) and the diversity of reef nuances potentially associated with contrasting dynamics (ecosystem and community ecology). This work benefits from the ideal location of Taiwan, a country at the confluence of three marine ecoregions, which creates contrasted marine habitats where can be expressed various phenotypes.
Keywords: Taiwan, Community Ecology, Physiological Ecology, Environmental Changes, Coral Reefs
Keywords: Taiwan, Community Ecology, Physiological Ecology, Environmental Changes, Coral Reefs
Chaikou -5m, Green Island, Taiwan
Coral Reef Communities Climate change and anthropogenic disturbances have caused a major decline of coral reef worldwide. I am interested in how human activities combined with seawater temperature increase and ocean acidification can affect the resilience of coral reef ecosystem. I am particularly into highlighting ecological vulnerability, and in investigating factors enforcing robustness of coral reef habitat. In Taiwan, I focus on the characteristics of the phase shifts and on identifying causes of reef degradation. I have a particular interest on feedback mechanisms to test the reversibility of this ecological process.
-5m, South-East Palau
Reef functionality Modifications in the structure and the functions of the ecological communities are highly important to document for our understanding on how environmental changes affect the ecosystems. I am combining information on life history strategy of reef organisms with their response to disturbance and abundance, so as to identify relevant set of life traits to describe modification in the role of coral reef ecosystem.
Seogwipo -15m, Jeju Island, South Korea
High-latitude coral assemblages As seawater temperature increases, high latitude locations could represent refuges for tropical taxa moving poleward. My work on these areas consists of identifying species concerned and the physiological characteristics allowing them to acclimatize marginal environmental conditions. I am investigating consequences of these mechanisms on the temperate assemblages, especially how the increase of tropical organism’s populations can affect benthic interactions. I am also interested by how degradation of tropical reefs can affect this scenario by reducing number of potential migrants to higher latitudes.
Chicken's Head -51m, Green Island, Taiwan
Mesophotic coral ecosystems Aside from migration toward higher latitudes, Mesophotic Coral Ecosystems (MCEs) could offer a temporary refuge for reef organisms to survive adverse conditions of shallow waters. My preliminary work around Taiwan consists of describing diversity and structure of MCEs. I am interested in the physiological mechanisms allowing coral species to colonize deeper environments and how this can affect the resilience of their shallow water counterparts after disturbances. I have a particular interest to analyze dynamic processes such as the coral recruitment in these habitats to investigate if mesophotic populations could be self-maintained.
Oulastrea crispata - polyp
- Acclimative and Adaptive Abilities of Reef Organisms Different strategies can be defined from the response of reef organisms to environmental disturbances. I am analyzing response of corals to different stressors, especially the temperature, to identify contrasted acclimative and adaptive abilities among species. Organisms from marginal habitats, or exposed to environmental conditions significantly departing from optima, are particularly useful to our understanding of the future reef biodiversity. I also have a strong interest in analyzing how historical exposure to stress influences their response to disturbances.
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