The purpose of this paper was to provide a practical guide assisting field workers in identification and interpretation of frequently occurring bioerosional textures created in limestone by intertidal organisms along the coasts of Langkawi Islands, Malaysia. The discussion follows the textural succession from the supratidal down to the lower intertidal zone. Traces left by lichens, boring sponges, molluscs (littorinid snails, the chiton Acanthopleura, the bivalve Lithophaga) and the echinoid Echinometra are illustrated. Products of bioconstructing organisms, specifically oysters and barnacle are also described. Ecological tolerance of each group is given
Bioerosion - the removal of lithic substrate by the erosive activities of living organisms- has not ...
Miocene larger benthic foraminifera have been discovered from a limestone unit of the Kalumpang Form...
The intertidal area is utilized by coastal communities to collect intertidal biota during low tides,...
Marine intertidal erosion of limestone at two localities in Malaysia is described. At Semporna, Saba...
A limestone unit is exposed in Batu Luang exhibited well preserved larger benthic foraminifera. This...
Bioerosion on tropical limestone coasts consists o f interaction between microbial endoliths and inv...
This PhD project has dealt with modern benthic foraminifera of Brunei from the nearshore shallow she...
A limestone unit is exposed in Batu Luang exhibited well preserved larger benthic foraminifera. This...
Coastal limestones are characterized by a typical set of morphologies throughout the world, related ...
The part played by sponges in the destruction of gregarious molluscan beds and coral reefs has been ...
Distribution of intertidal organisms were analysed at the sandy and rocky shores of Teluk Aling, Pul...
The ground mapping is done in order to produce 1:25,000 small scale of map which all the lithology i...
The limestone of Tapak Formation is well exposed in the Ajibarang area and its surroundings, Central...
The distribution of macrobenthos in the intertidal area of Buntal Bay, Sarawak was studied based on ...
A fundamental baseline study for integrated coastal management of tropical intertidal areas was cond...
Bioerosion - the removal of lithic substrate by the erosive activities of living organisms- has not ...
Miocene larger benthic foraminifera have been discovered from a limestone unit of the Kalumpang Form...
The intertidal area is utilized by coastal communities to collect intertidal biota during low tides,...
Marine intertidal erosion of limestone at two localities in Malaysia is described. At Semporna, Saba...
A limestone unit is exposed in Batu Luang exhibited well preserved larger benthic foraminifera. This...
Bioerosion on tropical limestone coasts consists o f interaction between microbial endoliths and inv...
This PhD project has dealt with modern benthic foraminifera of Brunei from the nearshore shallow she...
A limestone unit is exposed in Batu Luang exhibited well preserved larger benthic foraminifera. This...
Coastal limestones are characterized by a typical set of morphologies throughout the world, related ...
The part played by sponges in the destruction of gregarious molluscan beds and coral reefs has been ...
Distribution of intertidal organisms were analysed at the sandy and rocky shores of Teluk Aling, Pul...
The ground mapping is done in order to produce 1:25,000 small scale of map which all the lithology i...
The limestone of Tapak Formation is well exposed in the Ajibarang area and its surroundings, Central...
The distribution of macrobenthos in the intertidal area of Buntal Bay, Sarawak was studied based on ...
A fundamental baseline study for integrated coastal management of tropical intertidal areas was cond...
Bioerosion - the removal of lithic substrate by the erosive activities of living organisms- has not ...
Miocene larger benthic foraminifera have been discovered from a limestone unit of the Kalumpang Form...
The intertidal area is utilized by coastal communities to collect intertidal biota during low tides,...