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David Gruber

From Wikipedia, the free encyclopedia
American marine biologist
David Gruber
Born
Paterson,New Jersey, US
CitizenshipUnited States
Alma materRutgers University (PhD)
Columbia University (MS)
Duke University (MEM)
University of Rhode Island (BS)
AwardsLagrange Prize
Scientific career
FieldsMarine Biology
InstitutionsBaruch College
Harvard University
American Museum of Natural History

David Gruber is an Americanmarine biologist,[1] a Presidential Professor ofBiology andEnvironmental Sciences atBaruch College,City University of New York,[2] and aNational Geographic Explorer.[3]

Early life

[edit]

Gruber was born in Paterson, New Jersey, and received his B.S. atthe University of Rhode Island, an M.S. in journalism fromColumbia University, a Master of Environmental Management fromDuke University and a Ph.D. in Biological Oceanography atRutgers University Institute for Marine and Coastal Sciences. He completed a post-doctoral position in Molecular Psychiatry atBrown University. David was a 2017–2018 Fellow at theRadcliffe Institute for Advanced Study atHarvard University,[4] and is a currentAdjunct Fellow at the John B. Pierce Laboratory,[5] affiliated with theYale School of Medicine.

Career

[edit]
The first observation of biofluorescence in a marine tetrapod

Gruber and collaborators reported discoveries of more than 180 newfluorescent fish species in 2014,[6] as reported inThe New York Times's article, "Fluorescence is Widespread in Fish, Study Finds."[7] In 2015, he observed fluorescence inHawksbill sea turtles in theSolomon Islands,[8] marking the first time that scientists had observed fluorescence in a marine reptile.[9] Field video of this discovery was featured onNational Geographic.[10] Also in 2015, Gruber gave aTED Talk on fluorescence in sea creatures at Mission Blue II which has been viewed over 2.3 million times.[11] In 2020, this discovery was listed by National Geographic as a "top 20 scientific discoveries of the decade" for "Seeing animals' unexpected sides."[12]

Gruber and collaborators again had video featured on the National Geographic website[13] in 2016 after engineering a "shark-eye" camera,[14] which for the first time allowed scientists to view sharks as they see each other. From 2017 to 2018, Gruber used his time as a Fellow at theRadcliffe Institute of Advanced Study in order to pursue an in-depth study ofjellyfish on topics ranging from their fluorescence, to their connection to humans and how they are effected byclimate change.[15] Gruber would use this research into jellyfish in order to act as an educator on aTED-ed animation.[16] In 2018, Gruber promoted marine biology forNational Geographic Kids' series "Best Job Ever."[17]

In 2019, Gruber was part of the team responsible for discovering that bromo-tryptophan-kynurenines make sharks fluorescent,[18] and this work was featured inThe New York Times,[19]National Geographic,[20]Science Magazine,[21] onPBS[22] and onCNN.[23] That same year, Gruber and team were again featured in an article inNational Geographic[24] for their discovery offlashlight fishschooling at night using theirbioluminescent organs, which opened up the possibility that schooling fish may inhabit even the deep sea,[25] and Gruber led the first study to apply advanced deepmachine learning techniques to better detect and classifySperm Whalebioacoustics.[26] Gruber currently leadsProject CETI, anAudacious project to understand Sperm Whale communication.

Delicate exploration/soft robotics

[edit]

Since 2015, Gruber has worked in collaboration with theHarvardMicroRobotics Laboratory in the development of several gentle robotic devices that allow marine researchers to capture and analyze jellyfish and other delicate sea creatures without causing harm. Working withRobert Wood, the director of the MicroRobotics Laboratory, they have developed Squishy Robot Fingers,[27][28] the Origami Robot,[29][30][31] teleoperated soft robotic arms for submarines,[32][33] and an ultra-gentle robot with soft fingers.[34][35][36][37]

The work of the "Squishy Finger/Soft Robotics for Delicate Deep-sea Marine Biological Interactions Team" was highlighted in theAmerican Museum of Natural History exhibit,Unseen Oceans.[38][39]

Awards and honors

[edit]

Art collaborations

[edit]

Books

[edit]
  • Pieribone, Vincent & Gruber, David F. (2006).Aglow in the Dark: Revolutionary Science of Biofluorescence. The Belknap Press of Harvard University Press.ISBN 0-674-01921-0.

References

[edit]
  1. ^Marine Biologist: David Gruber | Best Job Ever, retrieved2019-10-28
  2. ^"David Gruber - The Department of Natural Sciences - Weissman School of Arts and Sciences - Baruch College".www.baruch.cuny.edu. Retrieved2019-10-28.
  3. ^Society, National Geographic."Learn more about David F. Gruber".www.nationalgeographic.org. Retrieved2019-10-28.
  4. ^"David Gruber - Radcliffe Institute for Advanced Study Harvard university Fellow".www.radcliffe.harvard.edu. Retrieved2020-01-17.
  5. ^"The John B. Pierce Laboratory » Adjunct Faculty".
  6. ^John S. Sparks; Robert C. Schelly; W. Leo Smith; Matthew P. Davis; Dan Tchernov; Vincent A. Pieribone; David F. Gruber (January 8, 2014)."The Covert World of Fish Biofluorescence: A Phylogenetically Widespread and Phenotypically Variable Phenomenon".PLOS ONE.9 (1): e83259.Bibcode:2014PLoSO...983259S.doi:10.1371/journal.pone.0083259.PMC 3885428.PMID 24421880.
  7. ^James Gorman (January 8, 2014)."Fluorescence Is Widespread in Fish, Study Finds".The New York Times.
  8. ^David F. Gruber; John S. Sparks (December 7, 2015)."First observation of fluorescence in marine turtles".American Museum Novitates (3845). American Museum of Natural History Research Library.hdl:2246/6626.
  9. ^Imam, Jareen (29 September 2015)."Scientist discover their first biofluorescent turtle".CNN. Retrieved2019-10-28.
  10. ^Jane J. Lee (September 28, 2015)."Exclusive Video:First "Glowing" Sea Turtle Found".National Geographic. Archived fromthe original on August 30, 2019.
  11. ^David Gruber (26 January 2016)."Glow-in-the-dark sharks and other stunning sea creatures".ted.com. Retrieved2020-01-17.
  12. ^Michael Greshko (April 25, 2016)."These are the top 20 scientific discoveries of the decade".National Geographic. Archived fromthe original on December 6, 2019.
  13. ^Brian Clark Howard (April 25, 2016)."Through a Shark's Eyes: See How They Glow in the Deep".National Geographic. Archived fromthe original on September 12, 2019.
  14. ^David F. Gruber (April 25, 2016)."Biofluorescence in Catsharks (Scyliorhinidae): Fundamental Description and Relevance for Elasmobranch Visual Ecology".Scientific Reports.6 (6). Springer Nature Limited: 24751.Bibcode:2016NatSR...624751G.doi:10.1038/srep24751.PMC 4843165.PMID 27109385.
  15. ^Deborah Halber (March 30, 2018)."Radcliffe's 'jellyfish guy' follows the light".The Harvard Gazette.
  16. ^David Gruber."Jellyfish predate dinosaurs. How have they survived so long?".www.ed.ted.com. Retrieved2020-01-17.
  17. ^National Geographic Kids."Marine Biologist David Gruber - Best Job Ever".youtube.com. Retrieved2020-01-17.
  18. ^Hyun Bong Park; Yick Chong Lam; Jean P. Gaffney; Vincent Pieribone; David F. Gruber (September 27, 2019)."Bright Green Biofluorescence in Sharks Derives from Bromo-Kynurenine Metabolism".iScience.19:1291–1336.Bibcode:2019iSci...19.1291P.doi:10.1016/j.isci.2019.07.019.PMC 6831821.PMID 31402257.
  19. ^JoAnna Klein (August 8, 2019)."How Sharks Glow to Each Other Deep in the Ocean".The New York Times.
  20. ^"These sharks glow underwater—thanks to tiny 'lightsabers'".National Geographic. August 8, 2019. Archived fromthe original on August 9, 2019.
  21. ^Elizabeth Pennisi (August 8, 2019)."This shark glows using a process previously unknown to science".Science (124). AAAS.
  22. ^Katherine J. Wu (August 8, 2019)."Super-shy catsharks have a weird way of lighting up". PBS.
  23. ^Ashley Strickland (August 8, 2009)."These sharks glow bright green in the dark". CNN.
  24. ^Brian Clark Howard (August 14, 2019)."We Finally Know Why Flashlight Fish Glow".National Geographic. Archived fromthe original on August 15, 2019.
  25. ^Gruber, David F.; Phillips, Brennan T.; O'Brien, Rory; Boominathan, Vivek; Veeraraghavan, Ashok; Vasan, Ganesh; O'Brien, Peter; Pieribone, Vincent A.; Sparks, John S. (August 14, 2019)."Bioluminescent flashes drive nighttime schooling behavior and synchronized swimming dynamics in flashlight fish".PLOS ONE.14 (8): e0219852.Bibcode:2019PLoSO..1419852G.doi:10.1371/journal.pone.0219852.PMC 6693688.PMID 31412054.
  26. ^Bermant, Peter C.; Bronstein, Michael M.; Wood, Robert J.; Gero, Shane & Gruber, David (August 29, 2019)."Deep Machine Learning Techniques for the Detection and Classification of Sperm Whale Bioacoustics".Scientific Reports.9 (9). Springer Nature.doi:10.1038/s41598-019-48909-4.PMC 6715799.
  27. ^"'Squishy Finger' Soft Robot Hands Allow Sampling of Delicate Corals".National Geographic News. 2016-01-20. Archived fromthe original on September 26, 2019. Retrieved2019-10-28.
  28. ^Kevin C. Galloway; Kaitlyn P. Becker; Brennan Phillips; Jordan Kirby; Stephen Licht; Dan Tchernov; Robert J. Wood; David F. Gruber (March 17, 2016)."Soft Robotic Grippers for Biological Sampling on Deep Reefs".Soft Robotics.3 (1):23–33.doi:10.1089/soro.2015.0019.PMC 4997628.PMID 27625917.
  29. ^"New Origami Robot Handles Sea Creatures With a Softer Touch".National Geographic. 2018-07-18. Archived fromthe original on November 11, 2018. Retrieved2019-10-28.
  30. ^Teoh, Zhi Ern; Phillips, Brennan T.; Becker, Kaitlyn P.; Whittredge, Griffin; Weaver, James C.; Hoberman, Chuck; Gruber, David F.; Wood, Robert J. (July 18, 2018)."Rotary-actuated folding polyhedrons for midwater investigation of delicate marine organisms".Science Robotics.3 (20): eaat5276.doi:10.1126/scirobotics.aat5276.PMID 33141728.
  31. ^Klein, JoAnna (July 18, 2018)."Don't Squish the Jellyfish. Capture It With a Folding Robotic Claw".The New York Times.
  32. ^"No more Iron Man: submarines now have soft, robotic arms".Wyss Institute. 2018-10-03. Retrieved2019-10-28.
  33. ^Phillips, Brennan T.; Becker, Kaitlyn P.; Kurumaya, Shunichi; Galloway, Kevin C.; Whittredge, Griffin; Vogt, Daniel M.; Teeple, Clark B.; Rosen, Michelle H.; Pieribone, Vincent A.; Gruber, David F.; Wood, Robert J. (October 3, 2018)."A Dexterous, Glove-Based Teleoperable Low-Power Soft Robotic Arm for Delicate Deep-Sea Biological Exploration".Scientific Reports.8 (1): 14779.Bibcode:2018NatSR...814779P.doi:10.1038/s41598-018-33138-y.PMC 6170437.PMID 30283051.
  34. ^Sheikh, Knvul (2019-08-29)."A Robot With Noodle-like Fingers Helps Handle Soft Jellyfish".The New York Times.ISSN 0362-4331. Retrieved2019-10-28.
  35. ^Sinatra, Nina R.; Teeple, Clark B.; Vogt, Daniel M.; Parker, Kevin Kit; Gruber, David F.; Wood, Robert J. (August 28, 2019)."Ultragentle manipulation of delicate structures using a soft robotic gripper".Science Robotics.4 (33): eaax5425.doi:10.1126/scirobotics.aax5425.PMID 33137785.
  36. ^"Harvard researchers say they've developed a gripping tool that will keep delicate jellyfish from going splat".The Boston Globe.
  37. ^"Soft Robot Gives Jellyfish a Hug".Science Friday. 2018-08-30. Retrieved2019-11-01.
  38. ^James Gorman (March 22, 2018)."The Ruthless Phronima, and Other Hidden Wonders of the Sea".The New York Times.
  39. ^AMNH Staff."Unseen Oceans Exhibit Press Release". AMNH.
  40. ^"Iain D. Couzin and David Gruber win the Lagrange Prize -- CRT Foundation 2019".
  41. ^Explorers Club Staff."Explorers Club Annual Dinner to Focus on Oceans as Earth's Last Frontier for Exploration". Archived fromthe original on 2019-10-28. Retrieved2019-10-21.
  42. ^"David Gruber, 2014 Emerging Explorer".National Geographic.
  43. ^Nasar, Sylvia; Gruber, David (2006-08-28)."The Poincaré Clash".The New Yorker.ISSN 0028-792X. Retrieved2019-10-28.
  44. ^"The Process Behind Joan Jonas' New Oceanic Work".Flash Art. June 17, 2019.
  45. ^Angela M.H. Schuster."A Meeting of the Minds: pioneering marine biologist David Gruber and provocative performance artist Joan Jonas discuss their recent collaboration, which highlights the fragile beauty of our oceans"(PDF). The Explorers Journal.[permanent dead link]
  46. ^Janaina Tschäpe & David Gruber."Fictionary of Corals and Jellies".www.tba21.org. TBA21 Journals.

External links

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