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12Evaluating zooplankton potential CO2 production: isocitrate dehydrogenase enzyme activityAbstract ICES Symposium Tames-Espinosa et al.pdf
  
Evaluating zooplankton potential CO2 production: isocitrate dehydrogenase enzyme activityEOMAR (Marine Ecophysiology Group). Instituto Universitario ECOAQUA. Universidad de Las Palmas de Gran CanariaMayte Tames-Espinosamaytames@gmail.comMALAGA
23Effects of small-scale turbulence on marine microzooplanktonMartinez et al. S5.pdf
  
Effects of small-scale turbulence on marine microzooplanktonInstitut de Ciències del Mar-CSICRodrigo A. Martínezacalbet@icm.csic.esSpain
31Community Structure and Abundance of Microzooplanktonic Tintinnids in the Bay of Bengal and Arabian Sea in Relation to NanophytoplanktonICES.PICES Abs.pdf
  
Community Structure and Abundance of Microzooplanktonic Tintinnids in the Bay of Bengal and Arabian Sea in Relation to NanophytoplanktonEx-Dean,Fisheries College & Research Institute,TANUVASR.Santhanamrsanthaanamin@yahoo.co.inIndia
52Testing the “loophole hypothesis”: understanding the role of microzooplankton grazing in phytoplankton bloom dynamicsICES 6ZPS S5 Fileman abstract.pdf
  
Testing the “loophole hypothesis”: understanding the role of microzooplankton grazing in phytoplankton bloom dynamicsPlymouth Marine LaboratoryElaine Filemanese@pml.ac.ukUK
61Estimating microzooplankton grazing functions from dilution experiments in the oceanZooplankton_symposium_abstract.pdf
  
Estimating microzooplankton grazing functions from dilution experiments in the oceanJapan Agency for Marine Science and TechnologyBingzhang Chenbingzhang.chen@gmail.comJapan
69Mesozooplankton clearance rate on phytoplankton is reduced by increasing carnivory degree of omnivorous assemblage at coastal and estuarine waterICES-PICES 6ZPS 2016-S5 Abstract-Mianrun Chen.pdf
  
Mesozooplankton clearance rate on phytoplankton is reduced by increasing carnivory degree of omnivorous assemblage at coastal and estuarine waterSouth China Sea Planning and Environmental Research, State Oceanic AdministrationMianrun Chencmrandy@scsb.gov.cnChina
99Merging scales in food web model links microzooplankton to bacterial diversity and gives mechanistic framework for virus-to-bacteria ratiosAbstract_Våge_ICES2016.pdf
  
Merging scales in food web model links microzooplankton to bacterial diversity and gives mechanistic framework for virus-to-bacteria ratiosDepartment of BiologySelina VågeSelina.Vage@uib.noNorway
105Atypical Inverse Predator-Prey Links in Marine Planktonic Food Webszooplankton meeting LHB.pdf
  
Atypical Inverse Predator-Prey Links in Marine Planktonic Food WebsThe Hong Kong University of Science and TechnologyHongbin LIUliuhb@ust.hkHong Kong
121Large-Scale Microzooplankton Abundance and Diversity in the North Sea in Mid-WinterZPS_S5_Moyano.pdf
  
Large-Scale Microzooplankton Abundance and Diversity in the North Sea in Mid-WinterUniversity of Hamburg. Institute for Hydrobiology and Fisheries ScienceFranziska Bilsfranziska.bils@uni-hamburg.deGermany
144Ciliate and dinoflagellate grazing rates in Kaneohe Bay, Oahu, HI, a subtropical mesotrophic embaymentMicrozooplankton are known to be the main grazers of phytoplankton in most ecosystems.pdf
  
Ciliate and dinoflagellate grazing rates in Kaneohe Bay, Oahu, HI, a subtropical mesotrophic embaymentUniv. of Hawaii at ManoaKaren E. Selphselph@hawaii.eduUSA
240Microzooplankton in the food web of the coastal Gulf of AlaskaAbstract_Strom_Hopcroft.pdf
  
Microzooplankton in the food web of the coastal Gulf of AlaskaShannon Point Marine Center, Western Washington UniversitySuzanne Stromsuzanne.strom@wwu.eduUSA
269Microbial gardening in the ocean’s twilight zone: detritivorous metazoans benefit from fragmenting, rather than ingesting, sinking detritusMayor et al GARDENING.pdf
  
Microbial gardening in the ocean’s twilight zone: detritivorous metazoans benefit from fragmenting, rather than ingesting, sinking detritusNational Oceanography CentreDaniel J Mayordan.mayor@noc.ac.ukUnited Kingdom
274Species-specific grazing impacts of copepod naupliiMJungbluth_Zoop2016Abstract.pdf
  
Species-specific grazing impacts of copepod naupliiUniversity of Hawaii at ManoaJungbluth, Michelle J.mjungb@hawaii.eduUnited States of America
303Does microzooplankton grazing influence the fate of coccolithophores in shelf seas? 6ZPS Abstract Kyle M.pdf
  
Does microzooplankton grazing influence the fate of coccolithophores in shelf seas? National Oceanography Centre SouthamptonKyle M J Mayerskyle.mayers@soton.ac.ukUK
315On the pivotal role of ciliates in the structure of the marine microbial food web and its biogeochemical implications. Pree_abstract_ICES Bergen.pdf
  
On the pivotal role of ciliates in the structure of the marine microbial food web and its biogeochemical implications. Dept of Biology and the Hjort Center for Marine Ecosystem DynamicsPree Bernadettebernadette.pree@bio.uib.noNorway
321Microzooplankton in a changing environment: shifts in phenology and trophic relationsAberle et al._Abstract_ICES_Bergen.pdf
  
Microzooplankton in a changing environment: shifts in phenology and trophic relationsNorwegian University of Science and Technology (NTNU), Trondheim Biological StationNicole Aberlenicole.aberle-malzahn@ntnu.noNorway
343The time-course of dilution experiments: Implications for the assessment of grazing by microzooplanktonArmengol RESUMEN grazing.pdf
  
The time-course of dilution experiments: Implications for the assessment of grazing by microzooplanktonInstituto de Oceanografía y Cambio Global, Universidad de Las Palmas de Gran CanariaArmengol, L.laia.armengol@ulpgc.esSpain
359Getting it together: Quantifying the trophic connections between micro- and mesozooplankton in marine food websAbstract.Landry.PICES2016.pdf
  
Getting it together: Quantifying the trophic connections between micro- and mesozooplankton in marine food websScripps Institution of OceanographyMichael R. Landrymlandry@ucsd.eduUSA
362Can nauplii use bacteria as a phosphorus or energy source?CFaithfull Abstract.pdf
  
Can nauplii use bacteria as a phosphorus or energy source?C L Faithfullcarolyn.faithfull@umu.seHawai'i, USA
371Nutrition & Elemental Stoichiometry of Zooplankton Life StagesPICESICES abstract_MathewsFINAL.pdf
  
Nutrition & Elemental Stoichiometry of Zooplankton Life StagesUniversity of Hawaii, MānoaLauren Mathewslehm@hawaii.eduUSA
374Contribution of auto-and heterotrophic protozoa to the diet of copepods and krill in the Amundsen Sea, Antarcticazooplankton symposium_2016_Yang.pdf
  
Contribution of auto-and heterotrophic protozoa to the diet of copepods and krill in the Amundsen Sea, AntarcticaKorea Polar Research InstituteEun-Jin, Yangejyang@kopri.re.krRepublic of Korea
403Seasonal shifts in microzooplankton grazing in the UK Shelf SeaS3 - Giering - Seasonal shifts in microzooplankton grazing in the UK Shelf Sea.pdf
  
Seasonal shifts in microzooplankton grazing in the UK Shelf SeaNational Oceanography CentreSarah Lou Carolin GieringS.Giering@noc.ac.ukUK
409Planktonic ciliates move in the water column during the artificial night of a total solar eclipse.ICES S5_Giannakourou.pdf
  
Planktonic ciliates move in the water column during the artificial night of a total solar eclipse.HCMR Institute of OceanographyGiannakourou Antoniaagiannak@hcmr.grGreece
414Taxa-specific effects of polyunsaturated aldehydes in micro- and meso- zooplankton alter food web dynamics. ICES ZP6 Pierson Abstract PUA V1.pdf
  
Taxa-specific effects of polyunsaturated aldehydes in micro- and meso- zooplankton alter food web dynamics. University of Maryland Center for Environmental Sciences, Horn Point LaboratoryJames Piersonjpierson@umces.eduUnited States
431Grazing by microzooplankton in the South Eastern Black Sea AYTAN et al. ICES 2016 Abstract.pdf
  
Grazing by microzooplankton in the South Eastern Black Sea Recep Tayyip Erdogan University, Faculty of Fisheries, Department of Marine BiologyUlgen AYTANulgenkopuz@gmail.comTURKEY
440In the middle of the web: microzooplankton-mediated carbon flux in a marine coastal systemDAlelio_et_al_Microzoo.pdf
  
In the middle of the web: microzooplankton-mediated carbon flux in a marine coastal systemStazione Zoologica Anton Dohrn, Naples, ItalyD'Alelio Domenico, Stazione Zoologica Anton Dohrn, Napoli, Italymaurizio@szn.itNapoli
449Spatial patterns of microzooplankton diversity and composition along the Namibian coastAbstract ICES-PICES ZP Symposium_Bohata et al.pdf
  
Spatial patterns of microzooplankton diversity and composition along the Namibian coastInstitute for Hydrobiology and Fisheries Science, Hamburg UniversityKarolina Bohatasaskia.otto@uni-hamburg.deGermany
490Microzooplankton grazing on nanoplankton in Potter Cove (Western Antarctic Peninsula) under contrasting exposure to glacier meltingGarcia et al_Microzooplankton grazing on  nanoplankton.pdf
  
Microzooplankton grazing on nanoplankton in Potter Cove (Western Antarctic Peninsula) under contrasting exposure to glacier meltingInstituto Argentino de Oceanografía, CONICET.Maximiliano D. Garciabmhoffme@criba.edu.ar Argentina, Buenos Aires
493Image analysis of microzooplankton in a cyclonic eddy off south-western MadagascarHuggett - Image analysis of microzooplankton in a cyclonic eddy.pdf
  
Image analysis of microzooplankton in a cyclonic eddy off south-western MadagascarDepartment of Environmental Affairs: Oceans and CoastsJenny Huggettjenny.huggett@gmail.comSouth Africa