Marine Ecologist (Benthic Ecology, Oceanography, Data Curation)
David gained his PhD with the Centre for Research on Ecological impacts of Coastal Cities (EICC), University of Sydney, studying anthropogenic structures as habitats for intertidal marine organisms. This lead to a Post-doctoral fellowship within a collaborative research project between the EICC and local and state government agencies, harbour authorities, developers and environmental consultancies, exploring methods in which intertidal seawalls could be built in order to maximise the biodiversity supported by these artificial structures. Following this, he moved into environmental consultancy, focusing on the offshore resource industry. In this role he worked primarily with the oil and gas industry operating in marine environment of Western Australia, monitoring impacts of their offshore operations. He accepted a position with SAERI to coordinate the curation of the benthic, oceanographic and fisheries data. In this role he is collating and reviewing the data that has been gathered from the various benthic, oceanographic and fisheries surveys for storage in a database that can then be used as a valuable resource for environmental decision making and scientific investigations of the maritime environment of the Falkland Islands. In collaboration with key stakeholders he will also be developing strategies to be used for future surveys.
Addressing priority gaps in understanding ecosystem functioning for the developing Falkland Islands offshore hydrocarbon industry – the ‘GAP Project’. David is managing the Benthic ecology, Oceanography, fisheries and Data Curation part of the project. David's primary objective for this part of the project is data collation and curation so that they can be used more efficiently in future EIAs. Organisations operating in the Falkland Islands have collected large amounts of information over the last twenty years and this includes oceanographic, metocean, seismic, benthic fauna, benthic environmental, multi-beam and RoV footage etc. Much of these data are held at different locations and the fate/location of some remains unknown. In order for these data to be used a strategy for data storage, quality control and curation is essential and so David will also be working with collaborating partners within the Falkland Islands Government, the oil and gas industry and the Natural History Museum in London to develop these strategies.
- Green, D.S., Chapman, M.G. and Blockley, D. J. (2012). Ecological consequences of the type of rock used in the construction of artiﬁcial boulder-ﬁelds. Ecological Engineering 46 1-10
- Chapman, M.G. and Blockley, D.J. (2009). Engineering novel habitats on urban infrastructure to increase intertidal biodiversity. Oecologia 161(3) 625-635
- Clynick, B.G., Blockley, D.J. and Chapman, M.G. (2009). Anthropogenic changes in patterns of diversity on hard substrata: An overview. In: Marine Hard bottom Communities: Patterns, Dynamics, Diversity, and Change, (edited by M. Wahl).
- Chapman, M.G., D. Blockley, J. People & B, Clynick, (2009). Effect of urban structures on diversity of marine species. In: Ecology of Cities and Towns: A Comparative Approach, (edited by M. McDonnell, A. Hahs, & J. Breuste), Cambridge University Press.
- Underwood, A.J., Chapman, M.G. and Blockley, D.J. (2008). Effects of methods of deployment of artificial units of habitat on microgastropods colonization. Marine Ecology Progress Series 366 49-57
- Blockley, D.J. and Chapman, M.G. (2008) Exposure of seawalls to waves within an urban estuary: effects on intertidal assemblages. Austral Ecology 33(2) 168-183
- Blockley, D.J., Cole, V.J., People, J. and Palomo, M.G. (2007) Effects of short-term rain events on mobile macrofauna in an urbanised estuary. Journal of the Marine Biological Association of the United Kingdom 87: 1069-1074
- Cole, V.J, Blockley, D.J. (2007) Raining on seawalls. Global Marine Environment Winter (6): 13
- Blockley, D.J., (2007). Effects of wharves on intertidal assemblages on seawalls in Sydney Harbour, Australia. Marine Environmental Research 63(4): 409-427
- Blockley, D.J. and Chapman, M.G. (2006). Recruitment determine differences between assemblages on shaded or unshaded seawalls? Marine Ecology Progress Series 327: 27-36
- Chapman, M.G., J. People & D. Blockley (2005). Intertidal assemblages associated with natural Corallina turf and invasive mussel beds. Biodiversity and Conservation 14: 1761-1776