Continuous Plankton Recorder Database: current uses and future directions - PowerPoint PPT Presentation

1 / 43
About This Presentation
Title:

Continuous Plankton Recorder Database: current uses and future directions

Description:

The CPR collects plankton over large spatial scales. capable of operating at high speeds ... zooplankton. CPR data. Number of records. 196,120 samples analysed ... – PowerPoint PPT presentation

Number of Views:87
Avg rating:3.0/5.0
Slides: 44
Provided by: darrens
Category:

less

Transcript and Presenter's Notes

Title: Continuous Plankton Recorder Database: current uses and future directions


1
Continuous Plankton Recorder Database current
uses and future directions
  • Darren Stevens
  • Anthony J. Richardson
  • Sir Alister Hardy Foundation for Ocean Science
  • Email dpst_at_sahfos.ac.uk

2
Introduction
  • Wealth of data available
  • Access vs Accessibility to data
  • Attracting people to use your data
  • Produce further research

3
Topics of Discussion
  • The CPR Survey
  • CPR data
  • Data Storage and Access
  • Products
  • Data usage
  • Further Developments

4
The CPR Survey
5
  • The CPR collects plankton over large spatial
    scales
  • capable of operating at high speeds (gt20 knots)
  • needs a minimum of attention (robust)
  • designed for ships of opportunity

6
Some SAHFOS Ships of Opportunity
7
CPR sampling 1946-2003
  • Over 5 million miles sampled
  • Phytoplankton Colour
  • Phytoplankton
  • zooplankton

8
CPR data
9
Number of records
  • 196,120 samples analysed
  • Plankton counted on every other sample
  • 2,332,114 -positive plankton entries
  • 450 species
  • Total plankton entries 90,000,000

10
Environmental data
  • Almost 1/2 CPR routes instrumented
  • Temperature, Salinty, Chlorophll
  • Average temperature per sample

11
Information stored
  • Extensive auxillary information stored
  • Route
  • Name and average speed of ship
  • Latitude and Longitude of deployment, retrievel
    and course changes
  • ID CPR and Internal Mechanism
  • Impellor angle of the CPR

12
Information stored
  • Sample
  • Latitude and Longitude of the midpoint of the
    sample
  • Local time of the midpoint of the sample
  • Name of the scientist that counted the plankton

13
Data Storage and Access
  • History
  • Policy
  • Access via web and OBIS

14
History
15
History
16
History
17
History
18
History
19
History
20
Data Policy
  • Compliant with GOOS
  • Free access to Monthly and Annual Mean data
  • Visit Plymouth, UK to access raw data

21
Data requests funding
22
Web Access OBIS
  • Standard Areas PCI and Calanus finmarchicus
  • Ocean Biogeographic Information System (OBIS)

23
Products
  • SAHFOS WinCPR
  • CPR Atlas

24
SAHFOS WinCPR v1.0
25
SAHFOS WinCPR v1.0
  • Monthly sample distribution maps for 1948 1997

26
SAHFOS WinCPR v1.0
  • Diatom, (Chaetoceros) monthly distribution during
    1997

27
SAHFOS WinCPR v1.0
  • Annual abundance of C. finmarchicus in 1958 1997

28
SAHFOS WinCPR v1.0
29
Digital CPR Atlas
  • Maps demostrate change in geographical range
  • Calanus helgolandicus (1958 -1999)

30
Digital CPR Atlas
  • Metridia lucens (1958 -1999)
  • Maps demostrate diel vertical migration

31
Data Usage
32
Who is using the data
  • Canada
  • France
  • Germany
  • Iceland
  • Italy
  • The Netherlands
  • Norway
  • Portugal
  • Republic of Ireland
  • South Africa
  • Spain
  • Sweden
  • UK
  • USA

33
Data requests funding
34
Publications using CPR data
35
Further developments
  • Redesigning the database
  • Further developments of WinCPR
  • Web Access
  • Environmental data

36
The CPR database
  • Decrease time taken to release data
  • Phytoplankton Colour data early release and
    available for all samples
  • Improved user-interface
  • Better information provided for quality control

37
The CPR database
  • Further auxillary information
  • Height of tow point
  • Length of wire
  • Microscope number
  • Location of Sample

38
SAHFOS WinCPR v2.0
  • Extend time series
  • Include further environmental variables
  • SST, Cloud Cover, Wind Speed, Salinity
  • Extend geographical area
  • Use Lambert co-ordinates
  • Improved gridding method

39
Data available via the web
  • User-defined area for abundance data
  • Summary statistics
  • Number of Samples per month
  • Monthly Mean Phytoplankton Colour Index data
  • Raw sample data
  • Metadata on species

40
Environmental data
  • Sea Surface Temperature
  • Cloud Cover
  • Wind Speed
  • Salinity

41
Conclusions
  • Data on demand is desirable
  • Tools to provide easy accessibility
  • Data available to a wider audience

42
Finally
  • Improved data storage
  • Efficient access
  • Increased use
  • Further research
  • Financial stabilty
  • Continuation of the survey

43
Continuous Plankton Recorder Database current
uses and future directions
  • Darren Stevens
  • Sir Alister Hardy Foundation for Ocean Science
  • Email dpst_at_sahfos.ac.uk
Write a Comment
User Comments (0)
About PowerShow.com