Predatory drillholes, although common in many bivalve groups from Cenozoic, are far less common from Cretaceous forma-tions. The Late Cretaceous is an important time in the history of drilling predation be-cause of the appearance of two major groups of modern predatory gastropods during this time. Most Late Cretaceous predatory drill-holes were reported from the Ripley an
AbstractCircular to subcircular drill holes were identified on the bivalve shells collected from the...
A survey of 759 predatory drill holes in Late Cretaceous and Paleogene molluscan and serpulid worm ...
Circular to subcircular drill holes were identified on the bivalve shells collected from the Seogwip...
Although bored invertebrates have been described from every period of the Paleozoic, little informat...
Drill holes provide valuable information about palaeoecological interactions in fossil ecosystems, b...
Drilling predation is a common reason for mortality of benthic mollusks but did not become common un...
Newly discovered benthic fossils and specimens illustrated in the paleontological literature indicat...
The fossil record of drill holes in marine invertebrates has received a considerable amount of inter...
Drillholes represent direct evidence of ecological interactions in the fossil record. Most of them h...
Marine Pliocene mollusks are abundant in sand deposits at Langenboom, the Netherlands. Three samples...
Drillholes made by naticid and muricid gastropods are frequently used in evolutionary and ecological...
The complex interaction between predators and their prey is rarely preserved in the fossil record. H...
Identifying gastropod predators from the morphology of their drill hole traces is an important step ...
Drilling predation represents one of the most widely studied biotic interactions preserved in the fo...
Drill holes are relatively common trace fossils on post-Paleozoic ostracods (especially from the Cre...
AbstractCircular to subcircular drill holes were identified on the bivalve shells collected from the...
A survey of 759 predatory drill holes in Late Cretaceous and Paleogene molluscan and serpulid worm ...
Circular to subcircular drill holes were identified on the bivalve shells collected from the Seogwip...
Although bored invertebrates have been described from every period of the Paleozoic, little informat...
Drill holes provide valuable information about palaeoecological interactions in fossil ecosystems, b...
Drilling predation is a common reason for mortality of benthic mollusks but did not become common un...
Newly discovered benthic fossils and specimens illustrated in the paleontological literature indicat...
The fossil record of drill holes in marine invertebrates has received a considerable amount of inter...
Drillholes represent direct evidence of ecological interactions in the fossil record. Most of them h...
Marine Pliocene mollusks are abundant in sand deposits at Langenboom, the Netherlands. Three samples...
Drillholes made by naticid and muricid gastropods are frequently used in evolutionary and ecological...
The complex interaction between predators and their prey is rarely preserved in the fossil record. H...
Identifying gastropod predators from the morphology of their drill hole traces is an important step ...
Drilling predation represents one of the most widely studied biotic interactions preserved in the fo...
Drill holes are relatively common trace fossils on post-Paleozoic ostracods (especially from the Cre...
AbstractCircular to subcircular drill holes were identified on the bivalve shells collected from the...
A survey of 759 predatory drill holes in Late Cretaceous and Paleogene molluscan and serpulid worm ...
Circular to subcircular drill holes were identified on the bivalve shells collected from the Seogwip...