Turner Designs PhytoFind in situ Algal Classification

Turner Designs PhytoFind in situ Algal Classification

Turner Designs PhytoFind in situ Algal Classification is a cutting-edge system that enables scientists to study and categorize algae in their natural environments. Algae are diverse and important organisms that can be found in various aquatic habitats, including lakes, rivers, and oceans. This advanced system utilizes state-of-the-art technology to capture images of algae and analyze their characteristics, aiding in their identification and classification.

The Turner Designs PhytoFind system, used to take high-resolution photos of algae in their native habitat, acts as a specialised camera. In order to obtain high-value information about algae’s physical characteristics, such as size, shape, colour and others of a particular nature, these pictures are obtained by means of advanced algorithms and computer vision techniques. Think of them as a powerful instrument that makes it easier for scientists to learn about algae types, the way an investigator looks at clues in solving mysteries.

Scientists are gaining a closer understanding of algae distribution patterns, abundance and ecological characteristics in the aquatic ecosystem through accurate identification and classification. It is necessary to obtain such information, as well as assessments of the environmental health of ecosystems, in order to monitor and manage water resources. It’s as if you have a map showing the different kinds of algae in your lake, making it easier for researchers to understand its overall condition and what changes might occur.

Furthermore, the Turner Designs PhytoFind system enables scientists to monitor and assess dangerous algae blooms which can be excessive and potentially hazardous growth of algae. These blooms can have a negative impact on water quality, marine organisms and people’s health. Scientists can take appropriate steps to mitigate their impacts and preserve the ecosystem by accurately identifying particular types of algae that cause these blooms.

The Turner Designs PhytoFind system also has a vital role to play in monitoring the environment and managing natural resources, on top of its scientific applications. For instance, it can help to assess the efficiency of water treatment facilities by determining algae levels in source waters and measuring them. In order to ensure the safety of drinking water in communities, authorities can take appropriate measures if they detect traces of some algae that may be resistant to treatment.

Turner Designs PhytoFind in situ Algal Classification specifications:

• Real-Time Abundance Estimates
• Automatic DOM Correction
• Factory Calibrated
• High-Frequency Sampling
• Depth and Temperature included
• MDL: 0.5 µg/L chlorophyll
• Max Range: 0-250 µg/L chlorophyll
• Sensor Light Source: Light Emitting Diode (LED)
• Detector: Photodiode
• Minimum Sample Interval: 1 second
• Internal Data Storage Capacity: Over 60,000 Data Points
• Download File Format: *.csv
• Interface: RS232
• Data Output: Digital (ASCII)
• DC Power Required: 8 – 30 volts; 2.2 ampere
• Maximum Current Draw @ 12 volts:
  – Operational Mode: 300 mA
  – Sleep Mode: 3 mA
• Weight in Air: 2.87 kg; 6.33 lbs
• Length: 27.43 cm; 10.8 in
• Diameter: 13.84 cm; 5.25 in
• Material: Delrin Plastic
• Operating Temperature: -2 to 50º C
• Depth: 0 to 600 meters