Hi docelmo, I can't find any site other than creation sites, that mentions his quote. Is this from a paper or something?
That's right sir bumblebee, there is also a video clip of that interview sa you tube....doesn't make it any less credible...
para ding Raissa Robles "Binay Tapes" yun....
If you checkout the wiki definition you'll find something very peculiar......there is NO description of the tail!
"Through a principal components analysis Gingerich 2003 demonstrated that Rodhocetus had trunk and limb proportions similar to the Russian desman, a foot-powered swimmer using its tail mainly as a rudder. From this Gingerich concluded that Rodhocetus was swimming mostly at the surface by alternate strokes of its hind feet, and that it was insulated by fur rather than blubber, as are Dorudon and modern cetaceans, which made it buoyant and incapable of deep diving."
The holotype of Rodhocetus balochistanensis, GSP-UM 3485, is:[8][9]
A weathered braincase found at the surface next to a partial dentary with an unfused mandibular symphysis, a characteristic of protocetids.
Large parts of the axial skeleton including cervical, thoracic, and proximal caudal vertebrae, but excluding sacral vertebrae.
Forelimb material including the left distal humerus, radius and ulna, and two virtually complete hand skeletons including all carpal bones, unfused and lacking an os centrale, and phalanges.
Parts of the pelvis including an acetabular rim.
Hind limb material including right femur, patella, tibia, possible partial fibula; two virtually complete foot skeletons including tarsal and metatarsal bones and phalanges. The astragalus (heel bone) is characteristic of artiodactyls with a deep tibial trochlea restricting lateral movements and a large calcaneal tuber (posterior part of heel bone) providing leverage for powerful extension. The metatarsals and phalanges are very long and thin and can not have been weight-bearing, suggesting that Rodhocetus was predominantly aquatic and on land must have walked on the plantar surface of the tarsals. The shape of the metatarsal and phalanges reveal that these bones could be tightly compressed during flexion and widely separated during extension.