Philip Hosegood Ph.D.

Institution:
University of Plymouth

Profile

My research in the British Indian Ocean Territory (BIOT) aims to understand the role of dynamic oceanographic processes in shaping the biological environment.

It is becoming increasingly clear that marine flora and fauna respond to, and even exploit, changes in water properties and currents. In BIOT, sharks aggregate over seamounts to exploit increased prey abundance resulting from energetic tidal currents. Additionally, the severity of coral bleaching varies over short distances and with depth, reflecting the influence of upwelling events that cool the coral community in key places throughout the archipelago.

Effective conservation strategies need to incorporate our evolving understanding of how marine organisms respond to these changes in oceanographic conditions as their behaviour often creates hotspots of biodiversity and abundance that are critically important to protect. In BIOT, I am using a variety of observational techniques including heavily instrumented oceanographic moorings, vessel-based acoustic surveys, numerical modelling and satellite-based measurements. I aim to assess the extent to which hotspots of animal abundance, especially for apex predators and manta rays, are driven by energetic ocean currents.

Of particular interest are internal waves which also appear to create pockets of resilience in the coral community by flushing the surface corals with cool water, relieving the thermal stress responsible for bleaching. We will assess whether locations where this flushing happens represent potential ‘coral sanctuaries’ that can sustain the wider coral community in future years as ocean warming increases.

To develop the best possible conservation strategies, we must first understand why these organisms thrive in such dynamic, energetic and constantly evolving environments.

Philip Hosegood

Biography

2015 Present
Associate Professor in Physical Oceanography, University of Plymouth
2007 2015
Lecturer in Physical Oceanography, University of Plymouth
2005 2007
Post Doctoral Research Fellow at the Applied Physics Laboratory, University of Washington, USA
2000 2004
Ph.D. student at the Royal Netherlands Institute of Sea Research and University of Utrecht

My Projects

  • Sentinel Species Research
    Reef Manta Rays in the British Indian Ocean Territory
  • Coral Reef Resilience
    Mesophotic Reefs in the British Indian Ocean Territory
  • Coral Reef Resilience
    Internal Waves as an Oceanographic Driver of Ecosystem Variability

Other interests

In addition to the research I’m undertaking in BIOT, I also study the influence of oceanographic processes, especially internal waves, on coral communities in the Seychelles. Back in the UK, I am investigating how ocean currents impact, and are impacted by, large scale aquaculture developments.

My Publications