Aquasense-Phytoplankton is a specialized tool designed to measure and monitor plankton density and community in aquatic environments, specifically focusing on phytoplankton populations. It provides users with real-time data on plankton counts, allowing for effective monitoring of water quality and aquatic ecosystem health.

Aquasense-Phytoplankton works by collecting water samples and analyzing the plankton count and composition using Artificial Intelligence image recognition. The application processes this data and provides an accurate count of the plankton density, which can be used to evaluate the health of the aquatic ecosystem or for other scientific research purposes.

Aquasense-Phytoplankton is designed primarily to measure phytoplankton—the microscopic plants in the water. This includes a variety of different taxonomic groups including cyanobacteria, diatoms, chlorophyta (green algae), dinophyta (dinoflagellates). However, in analysis, also count some common zooplankton. It can also be used to track their density and composition in various aquatic environments.

First, you should collect the sample. After the sample is preserved using reagen preservation, you then drop the sample to a haemocytometer. The sample is observed under a microscope using 400x magnification. Then you will select the area of the grid haemocytometer and capture the image area selected. Aquasense-Phytoplankton will automatically identify and count the phytoplankton. You can download the data from the download button.

To collect a sample for analysis with Aquasense-Phytoplankton, you can use a plankton net or directly collect water from the desired area of the pond or aquatic environment. Once you have your sample, transfer it to the analysis system following the instructions in the application, and Aquasense will process the sample to determine identify the plankton composition and calculate its density

To count the plankton density, you will need to use a haemocytometer. A hemocytometer is a specialized glass slide with a precise grid pattern used to count microscopic organisms like phytoplankton. In phytoplankton analysis, it helps determine the concentration and abundance of cells in a water sample.

To prepare, first mix the phytoplankton sample thoroughly to evenly distribute the cells. Using a pipette, draw a small volume and carefully place it onto the grid area of the hemocytometer without creating bubbles. Allow any cells to settle before beginning the count.

For most phytoplankton species, a magnification of 100x–400x is appropriate. Smaller or less abundant phytoplankton may require higher magnification for accurate counting. However, for this application, you have to set a magnification 400x

For this application, you do not need to stain the phytoplankton sample. The fresh sample will help the AI model to recognize the phytoplankton accurately.

Yes, you need to preserve your sample before observation for accurate counting. Preservation will stop the plankton moving and make them distribute evenly. For preservation methods you need to read a manual book for this application.

The frequency of monitoring depends on your specific needs. For aquaculture environments, it’s recommended to monitor plankton density regularly, such as once a day or a week depending on environmental conditions. Frequent monitoring helps detect early changes in water quality that can affect aquaculture production.

After the sample is processed, Aquasense-Phytoplankton reports the plankton density in cells/mL. Higher or lower densities indicate the condition of the aquatic environment, such as nutrient imbalances. Then the nutrient imbalances will affect the community composition (diversity and dominance). This report will help users to make decisions in treating the aquatic environment. Refer to the user manual or consult a specialist for more detailed interpretation based on specific applications.

Calibration of the Aquasense-Phytoplankton device is necessary to ensure accurate results. The calibration process is usually done using known concentrations of plankton in controlled conditions. Please refer to the calibration section in the application’s user guide for detailed instructions on how to calibrate your device.

If you experience inconsistent or inaccurate results, ensure that the plankton sample is properly collected and handled. Additionally, check the calibration of the device and make sure that it’s clean and functioning properly. If issues persist, you can contact customer support or refer to troubleshooting guides in the user manual.

Aquasense-Phytoplankton allows you to export your data in various formats, such as M.excel CSV or PDF. You can save the results directly to your device or cloud storage, and easily share the data for further analysis or reporting.

Key analyses include, plankton abundance, species composition, diversity index, dominance index, biomass and biovolume estimation, nitrogen biomass potential, plankton toxicity, and temporal community changes.

Yes, Aquasense-Phytoplankton is ideal for both small-scale and large-scale aquaculture operations. It provides accurate and reliable plankton density data, helping aquaculture managers optimize water quality and plankton-based food sources for cultured species.

For technical support or inquiries, you can visit the Aquasense-Phytoplankton support page, contact customer service via email, or refer to the FAQ section and user manual within the application for troubleshooting and guidance.