Quality Monitoring Methods
Researching anything involves plenty of data samples and observations. In order to understand how things function, it’s important to see how they work and the conditions that affect them over an extended period of time. Just like a doctor takes a patient’s vital signs regularly, scientists must record observations and data frequently. This is the only way to get an accurate view of the overall picture.
The details are what makes or breaks a science experiment. But getting all the details can be a time consuming and challenging process. This is especially true in scientific diving. In order to monitor the changing conditions of the ocean over the long term, scientific dive teams need to log lots of bottom time.
Monitoring can take place in many different situations. Scientific divers may need superb buoyancy control to monitor the interactions of a certain symbiotic relationship between a coral and a fish or they may need to monitor the entire reef to see the long-term results of pollution or of natural fluctuations caused by climate change. Monitoring can tell us about an organism’s lifestyles and habits. By learning this information over the long-term scientists can help define and prioritize where research and funding is needed.
Long term monitoring may not only involve regular observations of ocean life, but it may also include taking water temperatures at different depths, recording what nutrients are in the water, noting the changing sea level depths, detailing the thickness of ice, logging the feeding activity of a certain species, measuring water contents, or any number of other things important to scientific research.
The key to quality monitoring is to take accurate notes and record all observations on a regular basis. The information that is obtained from monitoring is critical to understanding the overall long-term underwater world. Monitoring can be tedious work, but the details can fill gaps in our marine knowledge that are important to science and to future discoveries. Proper monitoring can lead to new understandings on things like climate change, coral reef preservation, the habits of sea turtles, or any number of other underwater happenings.
Monitoring plays an important role in the scientific process. It can be a fun process to observe and to note what you find underwater. Your records could reveal things that have never been seen or understood before.
