Search Results - "Lau, Edward T. C."

Provision of refugia and seeding with native bivalves can enhance biodiversity on vertical seawalls by Bradford, Thea E., Astudillo, Juan C., Lau, Edward T.C., Perkins, Matthew J., Lo, Chi C., Li, Tom C.H., Lam, Chung S., Ng, Terence P.T., Strain, Elisabeth M.A., Steinberg, Peter D., Leung, Kenneth M.Y.

“…Recent studies have suggested that increasing habitat complexity of artificial seawalls by modifying surface heterogeneity could enhance exploitable habitat…”
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Trawl ban in a heavily exploited marine environment: Responses in population dynamics of four stomatopod species by Tao, Lily S. R., Lui, Karen K. Y., Lau, Edward T. C., Ho, Kevin K. Y., Mak, Yanny K. Y., Sadovy de Mitcheson, Yvonne, Leung, Kenneth M. Y.

“…Intensive trawling activities in Hong Kong waters have seriously depleted fishery resources and damaged marine benthic habitats over the last four decades. To…”
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A global analysis of complexity–biodiversity relationships on marine artificial structures by Strain, Elisabeth M. A., Steinberg, Peter D., Vozzo, Maria, Johnston, Emma L., Abbiati, Marco, Aguilera, Moises A., Airoldi, Laura, Aguirre, J. David, Ashton, Gail, Bernardi, Maritina, Brooks, Paul, Chan, Benny K. K., Cheah, Chee B., Chee, Su Yin, Coutinho, Ricardo, Crowe, Tasman, Davey, Adam, Firth, Louise B., Fraser, Clarissa, Hanley, Mick E., Hawkins, Stephen J., Knick, Kathleen E., Lau, Edward T. C., Leung, Kenneth M. Y., McKenzie, Connor, Macleod, Catriona, Mafanya, Sandisiwe, Mancuso, Francesco P., Messano, Luciana V. R., Naval‐Xavier, Lais P. D., Ng, Terrence P. T., O'Shaughnessy, Kathryn A., Pattrick, Paula, Perkins, Mathew J., Perkol‐Finkel, Shimrit, Porri, Francesca, Ross, Donald J., Ruiz, Gregory, Sella, Ido, Seitz, Rochelle, Shirazi, Raviv, Thiel, Martin, Thompson, Richard C., Yee, Jean C., Zabin, Chela, Bishop, Melanie J., Webb, Thomas

“…Aim Topographic complexity is widely accepted as a key driver of biodiversity, but at the patch‐scale, complexity–biodiversity relationships may vary spatially…”
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Stable-isotope based trophic metrics reveal early recovery of tropical crustacean assemblages following a trawl ban by Tao, Lily S.R., Lau, Danny C.P., Perkins, Matthew J., Hui, Tommy T.Y., Yau, Jason K.C., Mak, Yanny K.Y., Lau, Edward T.C., Dudgeon, David, Leung, Kenneth M.Y.

“…•Trawl ban effects were assessed by crustacean community and trophic metrics.•Abundance, mean weight and diversity did not change following the ban in Hong…”
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