D
David Kadko
Researcher at Florida International University
Publications - 81
Citations - 4887
David Kadko is an academic researcher from Florida International University. The author has contributed to research in topics: Arctic & Geotraces. The author has an hindex of 36, co-authored 75 publications receiving 4417 citations. Previous affiliations of David Kadko include University of Miami & Oregon State University.
Papers
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Journal ArticleDOI
Oregon Subduction Zone: Venting, Fauna, and Carbonates
LaVerne D. Kulm,Erwin Suess,J. C. Moore,Bobb Carson,Brian T. R. Lewis,Scott D. Ritger,David Kadko,Todd M. Thornburg,Robert W. Embley,W. D. Rugh,Gary J. Massoth,Marcus G. Langseth,G. R. Cochrane,R. L. Scamman +13 more
TL;DR: The animal communities and carbonates observed in the Oregon subduction zone occur in strata as old as 2.0 million years and provide criteria for identifying other localities where modern and ancient accreted deposits have vented methane, hydrocarbons, and other nutrient-bearing fluids.
Journal ArticleDOI
Assessing the apparent imbalance between geochemical and biochemical indicators of meso- and bathypelagic biological activity: What the @#! is wrong with present calculations of carbon budgets?
Adrian B. Burd,Dennis A. Hansell,Deborah K. Steinberg,Thomas R. Anderson,Javier Arístegui,Federico Baltar,Steven R. Beaupré,Ken O. Buesseler,Frank Dehairs,George A. Jackson,David Kadko,Rolf Koppelmann,Richard S. Lampitt,Toshi Nagata,Thomas Reinthaler,Carol V. Robinson,Bruce H. Robison,Christian Tamburini,Tsuneo Tanaka +18 more
TL;DR: In this paper, a Monte Carlo analysis of a published data set is performed to determine the probability that the imbalance can be explained purely by uncertainties in measurements and conversion factors, and two poorly quantified sources, lateral advection of particles and a population of slowly settling particles are discussed as providing a means of closing regional carbon budgets.
Journal ArticleDOI
Tracer studies of pathways and rates of meltwater transport through Arctic summer sea ice
TL;DR: In this paper, the authors found that the seasonal evolution of first-year and multi-year ice permeability and surface morphology determine four distinct stages of melt, starting at the start of the ablation season (stage 1), ponding is widespread and lateral melt flow dominates.
Journal ArticleDOI
The GEOTRACES Intermediate Data Product 2017
Reiner Schlitzer,Robert F. Anderson,Elena Masferrer Dodas,Maeve C. Lohan,Walter Geibert,Alessandro Tagliabue,Andrew R. Bowie,Catherine Jeandel,Maria T. Maldonado,William M. Landing,Donna Cockwell,Cyril Abadie,Wafa Abouchami,Eric P. Achterberg,Alison M. Agather,Ana Aguliar-Islas,Hendrik M. van Aken,Morten B. Andersen,Corey Archer,Maureen E. Auro,Hein J W de Baar,Oliver Baars,Alex R. Baker,Karel Bakker,Chandranath Basak,Mark Baskaran,Nicholas R. Bates,Dorothea Bauch,Pieter van Beek,Melanie K. Behrens,Erin E. Black,Katrin Bluhm,Laurent Bopp,Heather A. Bouman,Katlin L. Bowman,J. Bown,J. Bown,Philip W. Boyd,Marie Boye,Marie Boye,Edward A. Boyle,Pierre Branellec,Luke Bridgestock,Luke Bridgestock,Guillaume Brissebrat,Thomas J. Browning,Kenneth W. Bruland,Hans-Jürgen Brumsack,Mark A. Brzezinski,Clifton S. Buck,Kristen N. Buck,Kristen N. Buck,Ken O. Buesseler,Abby Bull,Edward C.V. Butler,Edward C.V. Butler,Pinghe Cai,Patricia Cámara Mor,Damien Cardinal,Craig A. Carlson,Gonzalo Carrasco,Núria Casacuberta,Karen L. Casciotti,Maxi Castrillejo,Maxi Castrillejo,Elena Chamizo,Rosie Chance,Matthew A. Charette,Joaquin E. Chaves,Hai Cheng,Fanny Chever,Marcus Christl,Thomas M. Church,Ivia Closset,Ivia Closset,Albert S. Colman,Tim M. Conway,Daniel Cossa,Peter Croot,Jay T. Cullen,Gregory A. Cutter,Chris J. Daniels,Frank Dehairs,Feifei Deng,Huong Thi Dieu,Brian Duggan,Gabriel Dulaquais,Cynthia Dumousseaud,Yolanda Echegoyen-Sanz,R. Lawrence Edwards,Michael J. Ellwood,Eberhard Fahrbach,Jessica N. Fitzsimmons,Jessica N. Fitzsimmons,A. Russell Flegal,Martin Q. Fleisher,Tina van de Flierdt,Martin Frank,Jana Friedrich,François Fripiat,Henning Fröllje,Stephen J.G. Galer,Toshitaka Gamo,Raja S. Ganeshram,Jordi Garcia-Orellana,Ester Garcia-Solsona,Melanie Gault-Ringold,Melanie Gault-Ringold,Ejin George,Loes J. A. Gerringa,Melissa Gilbert,José Marcus Godoy,Steven L. Goldstein,Santiago R. Gonzalez,Karen Grissom,Chad R. Hammerschmidt,Alison E. Hartman,Christel S. Hassler,Ed C Hathorne,Mariko Hatta,Nicholas J. Hawco,Christopher T. Hayes,Lars-Eric Heimbürger,Josh Helgoe,Maija Heller,Gideon M. Henderson,Paul B. Henderson,Steven van Heuven,Peng Ho,Tristan J. Horner,Yu-Te Hsieh,Kuo-Fang Huang,Kuo-Fang Huang,Matthew P. Humphreys,Matthew P. Humphreys,Kenji Isshiki,Jeremy E. Jacquot,David J. Janssen,William J. Jenkins,Seth G. John,Elizabeth M. Jones,Janice L. Jones,David Kadko,Rick Kayser,Timothy C. Kenna,Roulin Khondoker,Taejin Kim,Taejin Kim,Lauren Kipp,J. K. Klar,J. K. Klar,Maarten B Klunder,Sven Kretschmer,Yuichiro Kumamoto,Patrick Laan,Marie Labatut,François Lacan,Phoebe J. Lam,Myriam Lambelet,Carl H. Lamborg,Frédéric A. C. Le Moigne,Emilie Le Roy,Oliver J. Lechtenfeld,Jong-Mi Lee,Pascale Lherminier,Susan H. Little,Mercedes López-Lora,Yanbin Lu,Pere Masqué,Pere Masqué,Edward Mawji,Charles R. McClain,Christopher I. Measures,Sanjin Mehic,Jan-Lukas Menzel Barraqueta,Pier van der Merwe,Rob Middag,Sebastian Mieruch,Angela Milne,Tomoharu Minami,James W. Moffett,Gwenaelle Moncoiffe,Willard S. Moore,Paul J. Morris,Peter L. Morton,Yuzuru Nakaguchi,Noriko Nakayama,John Niedermiller,Jun Nishioka,Akira Nishiuchi,Abigail E. Noble,Hajime Obata,Sven Ober,Daniel C. Ohnemus,Jan van Ooijen,Jeanette O'Sullivan,Stephanie Owens,Katharina Pahnke,Maxence Paul,Frank J. Pavia,Leopoldo D. Pena,Leopoldo D. Pena,Brian Peters,Frédéric Planchon,Hélène Planquette,Catherine Pradoux,Viena Puigcorbé,Paul D. Quay,Fabien Quéroué,Amandine Radic,Sara Rauschenberg,Mark Rehkämper,Robert Rember,Tomas A. Remenyi,Joseph A. Resing,Joerg Rickli,Sylvain Rigaud,Micha J.A. Rijkenberg,Stephen R. Rintoul,Stephen R. Rintoul,Laura F. Robinson,Laura F. Robinson,Montserrat Roca-Martí,Valentí Rodellas,Tobias Roeske,John M. Rolison,Mark Rosenberg,Saeed Roshan,Saeed Roshan,Michiel M Rutgers van der Loeff,Evgenia Ryabenko,Mak A. Saito,Lesley Salt,Virginie Sanial,Géraldine Sarthou,Christina Schallenberg,Ursula Schauer,Howie D. Scher,Christian Schlosser,Bernhard Schnetger,Peter Scott,Peter Scott,Peter N. Sedwick,Igor Semiletov,Igor Semiletov,Rachel U. Shelley,Rachel U. Shelley,Robert M. Sherrell,Alan M. Shiller,Daniel M. Sigman,Sunil K. Singh,Sunil K. Singh,Hans A. Slagter,Emma Slater,William M. Smethie,Helen M. Snaith,Yoshiki Sohrin,Bettina Sohst,Jeroen E. Sonke,Sabrina Speich,Sabrina Speich,Reiner Steinfeldt,Gillian Stewart,Torben Stichel,Claudine H. Stirling,Johnny Stutsman,Gretchen J. Swarr,James H. Swift,Alexander L. Thomas,Kay Thorne,Claire P. Till,Claire P. Till,Ralph Till,Ashley T. Townsend,Emily Townsend,Robyn E. Tuerena,Benjamin S. Twining,Derek Vance,Sue Velazquez,Celia Venchiarutti,María Villa-Alfageme,Sebastian M. Vivancos,Antje H L Voelker,Bronwyn Wake,Mark J. Warner,Ros Watson,Evaline M. van Weerlee,M. Alexandra Weigand,Yishai Weinstein,Dominik J. Weiss,Andreas Wisotzki,E. Malcolm S. Woodward,Jingfeng Wu,Jingfeng Wu,Yingzhe Wu,Kathrin Wuttig,Neil J. Wyatt,Yang Xiang,Ruifang C. Xie,Zichen Xue,Hisayuki Yoshikawa,Hisayuki Yoshikawa,Jing Zhang,Jing Zhang,Pu Zhang,Ye Zhao,Linjie Zheng,Xin Yuan Zheng,Xin Yuan Zheng,Moritz Zieringer,Louise A. Zimmer,Patrizia Ziveri,Patricia Zunino,Cheryl M. Zurbrick +313 more
TL;DR: The GEOTRACES Intermediate Data Product 2017 (IDP2017) as discussed by the authors is the second publicly available data product of the international GEOTrACES programme, and contains data measured and quality controlled before the end of 2016.
Journal Article
Tracer studies of pathways and rates of meltwater transport through Arctic summer sea ice : The surface heat budget of arctic ocen (SHEBA)
TL;DR: In this paper, the authors found that the seasonal evolution of first-year and multi-year ice permeability and surface morphology determine four distinct stages of melt, starting at the start of the ablation season (stage 1), ponding is widespread and lateral melt flow dominates.