The salinity levels of Crystal River have been rising the past few years largely due to two main factors: acid rain and fertilizer runoff. Acid rain dissolves harmful salts found in concrete, which raise the salinity of freshwater sources, and fertilizer contains many salts which, when over used, can be washed by rain into nearby waterways.
While Save Crystal River’s efforts to plant eelgrass does not reduce salinity, the grasses themselves have the capacity to thrive in both saltwater and freshwater. Along with this survival ability, eelgrass helps hold sediment at the bottom of the river floor, which reduces overall turbidity of the water. These traits make eelgrass perfect for restoring Crystal River’s clarity and providing a stable environment for indigenous wildlife.
This post shares the importance of nitrate and pH levels in the calculation of water quality. Nitrates are organic compounds found all around us while pH can be influenced by nitrate levels or human contaminants.
Temperature and dissolved oxygen are just two of the many factors scientists study when determining water quality. Temperature measures how hot or cold the water is, and dissolved oxygen measures the percentage of oxygen dissolved in a given volume of water. Scientists use both of these as an indicator of contaminants or abnormal activity in a body of water.
Crystal River Florida is known for its vibrant, azure springs and “Old Florida” landscape. How can you look out on a sawgrass prairie and not say “wow”? Even though the landscape remains picturesque, the water quality of the river still drastically declines. Only 40 years ago, one could clearly see fish and manatee swimming below. Now in the main river, it is hard to spot any fish unless they jump from the murky water.
Give me a wave! Hi everyone, my name is Walker Willis, and I am the newest volunteer for Save Crystal River. My blog posts, "Walker on the Water" show [...]