Osedax Rubiplumus Analysis

Being that over 90% of Earth's oceans left untouched, it is impressively fascinating to observe the mysterious forms of life that science has uncovered in regards to deep sea organisms. With an ambient environment that is unlike any other, organisms who span the ocean floor are amongst the most diverse populations of animals known to man. Dr. Goffredi's memorable talk presented a compelling call for exploration, as she details the diversity and mystery of deep sea organisms. The two main organisms discussed in her talk were the Kiwa hirsuta (affectionately named the “yeti crab”), and the Osedax rubiplumus. Dr. Goffredi places importance on the idea that symbiosis equates biological innovation. Much of these deep-sea animals have evolved organs and tissues to house symbiotic bacteria to foster their harmonious relationships. It therefore becomes apparent that novel ecological elements are at play when it comes to these eccentric creatures. In regards to the Osedax rubiplumus,informally called the bone-eating …show more content…
Goffredi's talk has in fact been the most intriguing and fascinating talk thus far. Her recollection of the discoveries she's made in terms of novel organisms who roam the ocean floor pitch a very persuasive call for exploration. As she mentions, it is increasingly hard to come across funding towards exploration. In addition, I appreciated the unit towards the end of her talk in which she reviews various “unexplained” aspects of her novel organisms. For example, Dr. Goffredi explains that we still in fact do not know what exactly the symbiotic bacteria does for the Osedax rubiplumus. Although it is apparent that there is a nutritional benefit in this relationship, a clear description has yet to manifest. In addition, the exact timeline concerning when the hosts acquire their symbiotic bacterial populations is not clear. With these counts of unanswered questions, Dr. Goffredi charismatically ties together her presentation on the mysteries of the deep