Aquatic Environment and Biodiversity Annual Review 2012
Aquatic Environment and Biodiversity Annual Review 2012 Aquatic Environment and Biodiversity Annual Review 2012
AEBAR 2012: Appendices: Past projects BIODIVERSITY continued Project Code Project Title Specific Objectives Status Citation/s IPY2007-01 International polar year census of antarctic marine life post-voyage analysis:Ross Sea - Southern Ocean Biodiversity 1. To measure seabed depth and rugosity using the multibeam system to identify topographic features such as bottom type, iceberg scouring, seamounts etc and to determine areas for targeted benthic faunal sampling. 2. To continue the analysis of opportunistic seabird and marine mammal distribution observations from this and previous BioRoss voyages and published records, and in relation to environmental variables. 3. To identify and determine near-surface spatial distribution, diversity and abundance of phytoplankton, and zooplankton, based on Continuous Plankton Recorder samples collected during transit to and from the Ross Sea. 4. To collect & analyse data collected both underway, & at stations for salinity, temperature nutrient and chlorophyll a data, spot optical measurements with the SeaWiFS. 5. To identify and determine the spatial distribution, abundance (biomass), diversity, and size structure of epipelagic, mesopelagic (and possibly bathypelagic) species using acoustics and net sampling. 6. To identify and measure diversity, distribution & densities of mesozooplankton, macrozooplankton & meroplankton (as collected by all plankton sampling methods except transit CPR samples). 7. To determine diversity, distribution & densities of viral, bacterial, phytoplankton & microzooplankton species in the water column. 8. To determine the spatial distribution, abundance (biomass), diversity, and size structure of shelf and slope demersal fish species and associated invertebrate species using a demersal survey. 9. To determine the diversity, abundance/density, spatial distribution, and physical habitat associations of benthic assemblages across a body size spectrum from megafauna to bacteria, for shelf, slope, seamounts, and abyssal sites in Ross Sea. 10. To describe trophic/ecosystem relationships in the Ross Sea ecosystem (pelagic and benthic, fish and invertebrates). 11. Assess molecular taxonomy and population genetics of selected Antarctic fauna and flora to estimate evolutionary divergence within and among ocean basins in circumpolar species. Provide DNA barcoding. 363 Completed Allcock et al. 2009; 2010; Submitted; Alvaro et al. 2011; Bowden et al. 2011a; In Prep; Clark et al. 2010a; Dettai et al. 2011; Eakin et al. 2009; Eleaume et al. 2011; In Prep; Ghiglione et al. 2012; Gordon 2000; Grotti et al. 2008; Hanchet et al. 2008a; 2008b; 2008c; 2008d; Hanchet 2009; 2010; Hanchet et al. In Press; Heimeier et al. 2010; Hemery et al. In prep; Koubbi et al. 2011; Leduc et al. 2012a; b; Linse et al. 2007; Lörz 2009; Lörz 2010a; 2010b; 2010c; Lörz & Coleman 2009; Lörz et al. 2007; 2009; 2012a; b; In Press; In Prep; Maas et al. 2010a; McMillan et al. 2012.; Mitchell 2008; Nielsen et al. 2009; Norkko et al. 2005; O'Driscoll 2009; O'Driscoll et al. 2009; 2010; O’Driscoll et al. In Press; O'Loughlin et al. 2011; Pakhomov et al. 2011; Pinkerton et al. 2007a; Pinkerton et al. 2009a; b; Pinkerton et al. In review; In press; Schiaparelli et al. 2006; 2008; 2010; Smith et al. 2011a; b; Stein 2012; Strugnell et al. Submitted
AEBAR 2012: Appendices: Past projects BIODIVERSITY continued Project Code Project Title Specific Objectives Status Citation/s ZBD2007-01 Chatham-Challenger Oceans 20/20 Post- Voyage 1. To quantify in an ecological manner- the biological composition and function of the seabed at varying scales of resolution- on the Chatham Rise and Challenger Plateau 2. To elucidate the relative importance of environmental drivers- including fishing- in determining sea bed community composition and structure. 3. To determine if remote-sensed data (e.g. acoustic) and environmentally derived classification schemes (e.g. marine environmental classification system) can be utilized to predict bottom community composition- function and diversity 4. To count- measure- and identify to species-level (where possible- otherwise to genus) all macro invertebrates (> 2 mm) and fish collected during Oceans 20/20 voyages. 5. To count- measure and identify to species-level (where possible- otherwise to genus or family) all meiofauna (> 2 mm) from multicore samples collected during the Oceans 20/20 voyages. 6. To count- measure and identify to species- level (where possible- otherwise to genus or family) all fauna collected by hyper-benthic sled during the Oceans 20/20 voyages. 7. To count- measure- and identify to species-level all macrofauna observed on DTIS images collected during the Oceans 20/20 voyages. The number of biogenic features (burrows/mounds) and habitat (spatial) complexity should also be estimated. 8. To count- measure- and identify to species-level (where possible- otherwise to genus or family) all macrofauna observed on DTIS video footage collected during the Oceans 20/20 voyages. 9. To calculate and compare the performance of a suite of diversity measures (species and taxonomic-based) at varying levels of resolution. 10. To estimate particle size composition and organic content of sediment samples. Sediment samples should be aggregated over the top 5 cm of sediment. 11. To measure the bacterial biomass (top 2 cm) of the sediment and in the sediment surface water samples- collected during the Oceans 20/20 voyages 12. To elucidate the relationships- patterns and contrasts in species composition- assemblages- habitats- biodiversity and biomass (abundance) both within and between stations- strata and areas. 13. To define habitats (biotic) encountered during the survey and assess their relative sensitivity to modification by physical disturbance- their recoverability and their importance to ecosystem function / production. 14. To quantify the productivity- energy flow (trophic networks) and the energetic coupling (bentho pelagic or otherwise) of the area surveyed areas at various levels of resolution. 364 Completed Bowden 2011; Bowden et al. 2011 ; In press; Bowden & Hewitt 2012; Compton et al. 2012; Coleman and Lörz 2010; Hewitt et al. 2011a; 2011b; Lörz 2011a; 2011b; Nodder et al. 2012; Floerl et al. 2012
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AEBAR <strong>2012</strong>: Appendices: Past projects<br />
BIODIVERSITY continued<br />
Project Code Project Title Specific Objectives Status Citation/s<br />
IPY2007-01 International polar year<br />
census of antarctic marine<br />
life post-voyage<br />
analysis:Ross Sea -<br />
Southern Ocean<br />
<strong>Biodiversity</strong><br />
1. To measure seabed depth <strong>and</strong> rugosity using the multibeam system to identify<br />
topographic features such as bottom type, iceberg scouring, seamounts etc <strong>and</strong><br />
to determine areas for targeted benthic faunal sampling.<br />
2. To continue the analysis of opportunistic seabird <strong>and</strong> marine mammal<br />
distribution observations from this <strong>and</strong> previous BioRoss voyages <strong>and</strong> published<br />
records, <strong>and</strong> in relation to environmental variables.<br />
3. To identify <strong>and</strong> determine near-surface spatial distribution, diversity <strong>and</strong><br />
abundance of phytoplankton, <strong>and</strong> zooplankton, based on Continuous Plankton<br />
Recorder samples collected during transit to <strong>and</strong> from the Ross Sea.<br />
4. To collect & analyse data collected both underway, & at stations for salinity,<br />
temperature nutrient <strong>and</strong> chlorophyll a data, spot optical measurements with the<br />
SeaWiFS.<br />
5. To identify <strong>and</strong> determine the spatial distribution, abundance (biomass),<br />
diversity, <strong>and</strong> size structure of epipelagic, mesopelagic (<strong>and</strong> possibly<br />
bathypelagic) species using acoustics <strong>and</strong> net sampling.<br />
6. To identify <strong>and</strong> measure diversity, distribution & densities of mesozooplankton,<br />
macrozooplankton & meroplankton (as collected by all plankton sampling<br />
methods except transit CPR samples).<br />
7. To determine diversity, distribution & densities of viral, bacterial, phytoplankton<br />
& microzooplankton species in the water column.<br />
8. To determine the spatial distribution, abundance (biomass), diversity, <strong>and</strong> size<br />
structure of shelf <strong>and</strong> slope demersal fish species <strong>and</strong> associated invertebrate<br />
species using a demersal survey.<br />
9. To determine the diversity, abundance/density, spatial distribution, <strong>and</strong><br />
physical habitat associations of benthic assemblages across a body size<br />
spectrum from megafauna to bacteria, for shelf, slope, seamounts, <strong>and</strong> abyssal<br />
sites in Ross Sea.<br />
10. To describe trophic/ecosystem relationships in the Ross Sea ecosystem<br />
(pelagic <strong>and</strong> benthic, fish <strong>and</strong> invertebrates).<br />
11. Assess molecular taxonomy <strong>and</strong> population genetics of selected Antarctic<br />
fauna <strong>and</strong> flora to estimate evolutionary divergence within <strong>and</strong> among ocean<br />
basins in circumpolar species. Provide DNA barcoding.<br />
363<br />
Completed Allcock et al. 2009; 2010;<br />
Submitted; Alvaro et al.<br />
2011; Bowden et al. 2011a;<br />
In Prep; Clark et al. 2010a;<br />
Dettai et al. 2011; Eakin et al.<br />
2009; Eleaume et al. 2011; In<br />
Prep; Ghiglione et al. <strong>2012</strong>;<br />
Gordon 2000; Grotti et al.<br />
2008; Hanchet et al. 2008a;<br />
2008b; 2008c; 2008d;<br />
Hanchet 2009; 2010;<br />
Hanchet et al. In Press;<br />
Heimeier et al. 2010; Hemery<br />
et al. In prep; Koubbi et al.<br />
2011; Leduc et al. <strong>2012</strong>a; b;<br />
Linse et al. 2007; Lörz 2009;<br />
Lörz 2010a; 2010b; 2010c;<br />
Lörz & Coleman 2009; Lörz<br />
et al. 2007; 2009; <strong>2012</strong>a; b;<br />
In Press; In Prep; Maas et al.<br />
2010a; McMillan et al. <strong>2012</strong>.;<br />
Mitchell 2008; Nielsen et al.<br />
2009; Norkko et al. 2005;<br />
O'Driscoll 2009; O'Driscoll et<br />
al. 2009; 2010; O’Driscoll et<br />
al. In Press; O'Loughlin et al.<br />
2011; Pakhomov et al. 2011;<br />
Pinkerton et al. 2007a;<br />
Pinkerton et al. 2009a; b;<br />
Pinkerton et al. In review; In<br />
press; Schiaparelli et al.<br />
2006; 2008; 2010; Smith et<br />
al. 2011a; b; Stein <strong>2012</strong>;<br />
Strugnell et al. Submitted