Description
LabSTAF Laboratory PhytoPP
LabSTAF Laboratory PhytoPP
The Chelsea Technologies Single Turnover Active Fluorometry (STAF) is for measuring phytoplankton primary productivity (PhytoPP)
LabSTAF Is the next generation of STAF-based primary productivity instrumentation to measure algal activity. The system incorporates unparalleled sensitivity with a wide dynamic range, allowing for measurements in all environments: from reservoirs and lakes to open ocean.
LabSTAF AT A GLANCE
- Benchtop instrument to measure primary productivity using fluorescence, giving data for over 50 useful parameters within 15 minutes
- LabSTAF includes a peristaltic pump, solenoid unit and flow-through stirrer unit to provide for mixing, sample exchange and a periodic cleaning cycle.
- Also included is a Surface Go 2 laptop, pre-installed with the regularly updated RunSTAF software.
- Data from LabSTAF is interpreted and analysed internally in the included Surface Go
Key Features
Specifications
Applications
Solutions
Downloads
Key Features
WHAT CAN LABSTAF DO FOR YOU?
- Measure – A fast, lightweight device to measure algal activity
- Automate – continuous automated data measurement
- Versatile – Suitable for use in all environments
- Precision – Wide dynamic range with extreme sensitivity at low biomass
- Practical – Low cost, robust portable unit designed to be operated by a single person
- Inform – Health, growth and type of algae datasets
What is LabSTAF?
- Monitoring phytoplankton primary productivity using the latest in STAF technology
- Unparalleled sensitivity allowing measurements in extreme oligotrophic waters
- Wide dynamic range providing reliable measurements from open ocean, coastal waters and lakes
- Fully automated acquisition allows for continuous measurements without manual intervention
- Compact and robust portable unit – ideal for deployment on research vessels and outdoor locations
- Automated sample exchange and system cleaning for extended autonomous operation
Specifications
| Power supply | 140 – 400 mA at 24 V (3.4 – 9.7 W) |
| Dimensions (mm) | 235 (H) x 320 (W) x 420 (D) |
| Mass (approx.) | 8.1 kg |
| Sample Chamber | 20 mL sample volume with fused silica vertical cylinder, BK7 base |
| Excitation wavebands (wavelength) | 452, 472, 505, 417, 534, 594, 622 nm |
| Actinic light source | Collimated output from 10 – 2400 μmol photons m–² s–¹ at 12 bit resolution |
| Detection limit | Can resolve F∨ with an amplitude equivalent to 0.001 mg m-3 of chlorophyll a |
Applications
- Analysis of the biochemistry and ecology of aquatic systems
- Verification of satellite data
- Facilitates measurement at scales from mesoscale eddies to oceanic fronts
- Climate change research and modelling
- Monitoring of algal bloom development and community structure
- Ecological monitoring to manage water catchments
- Identify and mitigate sources affecting water quality in catchments
- Quantitative assessment for the fundamental systems driving the global carbon cycle
- Measurement of PSII photochemical flux per unit volume (JVPII) to provide an upper limit to PhytoPP at high spatiotemporal scales
Solutions
WHAT’S THE PROBLEM?
Traditional methods of measuring primary productivity (algae) make acquiring good data for ocean science challenging:
- Satellite remote sensing methodology is the broadest large-scale method, but produces large errors, requires validation and is unable to probe below the surface
- Traditional methods such as C14 fixation are slow, expensive laboratory-based processes requiring handling and training protocols for radioisotopes, with extremely long incubation times of 8-24hrs.
WHATS THE SOLUTION?
LabSTAF, using Single Turnover Active Fluorometry (STAF) technology, provides a revolutionary new method to enable large-scale PhytoPP assessment. LabSTAF is the first of a range of STAF-based products from Chelsea technologies enabling large-scale analysis:
- Monitoring phytoplankton primary productivity using latest technology
- Unparalleled sensitivity allowing for measurements in extreme oligotrophic water
- Fully automated acquisition for continuous measurements
- Wide dynamic range providing reliable measurements in open oceans and lakes
- Advanced corrections as standard seven waveband excitation, baseline subtraction
- Compact and robust portable unit ideal for research vessels and outdoor locations
Downloads
LabSTAF Datasheet
