Anthropogenic activities have led to increased stress on our marine and other aquatic environments. There is a pressing need to monitor, measure, understand and mitigate the causes of these pressures. This paper presents the development and preliminary testing of a low-cost colorimetric optical sensor to detect colour-linked events in the marine environment. Potential applications may include the detection of Harmful Algal Blooms (HAB), which due to the production of toxins have deleterious effects on marine ecosystems and can ultimately lead to human, fish, bird and mammal deaths. Preliminary results indicate the capability of the sensor to differentiate between the colour signatures of several environmental samples
Water quality monitoring using autonomous optical sensors suffers many challenges in the aquatic env...
Co‐financed by the EU under "The Ocean of Tomorrow" programme, the SMS project promotes the develop...
Marine environments are influenced by a wide diversity of anthropogenic and natural substances and o...
Anthropogenic activities have led to increased stress on our marine and other aquatic environments. ...
Anthropogenic activities have led to increased stress on our marine and other aquatic environments. ...
This research aims to develop a flexible, simple, low-cost, robust, deployable sensor with anti- fou...
The research objective is to develop a cost-effective event detection sensing system to inform targe...
The research objective is to develop a cost-effective event detection sensing system to inform targ...
Water quality monitoring for Harmful Algal Blooms (HABs) in large coastal and inland environments cu...
Higher water temperatures and nutrient loads, along with forecasted climate changes are expected to ...
Our aquatic heritage is a vital resource. Anthropogenic activities and industrialisation, however, h...
Remote sensing technology continues to play a significant role in the understanding of our environme...
Pyrodinium bahamense, a toxic dinoflagellate, is the leading cause of “red tide” algal blooms in the...
Harmful algal blooms (HABs) cause multiple problems all around the world. Algal blooms are known to ...
MODIS ocean color data ABSTRACT: Occurrence of harmful algal bloom (HAB) or red tide in the Philippi...
Water quality monitoring using autonomous optical sensors suffers many challenges in the aquatic env...
Co‐financed by the EU under "The Ocean of Tomorrow" programme, the SMS project promotes the develop...
Marine environments are influenced by a wide diversity of anthropogenic and natural substances and o...
Anthropogenic activities have led to increased stress on our marine and other aquatic environments. ...
Anthropogenic activities have led to increased stress on our marine and other aquatic environments. ...
This research aims to develop a flexible, simple, low-cost, robust, deployable sensor with anti- fou...
The research objective is to develop a cost-effective event detection sensing system to inform targe...
The research objective is to develop a cost-effective event detection sensing system to inform targ...
Water quality monitoring for Harmful Algal Blooms (HABs) in large coastal and inland environments cu...
Higher water temperatures and nutrient loads, along with forecasted climate changes are expected to ...
Our aquatic heritage is a vital resource. Anthropogenic activities and industrialisation, however, h...
Remote sensing technology continues to play a significant role in the understanding of our environme...
Pyrodinium bahamense, a toxic dinoflagellate, is the leading cause of “red tide” algal blooms in the...
Harmful algal blooms (HABs) cause multiple problems all around the world. Algal blooms are known to ...
MODIS ocean color data ABSTRACT: Occurrence of harmful algal bloom (HAB) or red tide in the Philippi...
Water quality monitoring using autonomous optical sensors suffers many challenges in the aquatic env...
Co‐financed by the EU under "The Ocean of Tomorrow" programme, the SMS project promotes the develop...
Marine environments are influenced by a wide diversity of anthropogenic and natural substances and o...