Combat algae to reduce greenhouse gas emissions

If your waterway suffers from large volumes of algae, it is probably eutrophic.  This means it is generating greenhouse gases as the algae dies and breaks down.  In the most extreme instances, potent greenhouse gases like methane and nitrous oxide occur.  These up the ante.  But BioHavens change this paradigm.  They cycle the same nutrients that grow algae and cyanobacteria into more desirable, perennial biota.  These include native plants and trees, diatoms, invertebrates that are found in healthy wetlands, and fish.

Adding nutrients to water in the northern tier of the U.S., in the form of direct fertilization or even fish feed, is highly inappropriate.  Our winter shutdown of nature’s wetland effect means that our water here in the north is extremely vulnerable to eutrophication.  In fact, across the U.S., the incidence of eutrophication has tripled, since the Clean Water Act was passed in the early ‘70s.

However, if you manage water, including wastewater and stormwater, or ponds in a parkway, or private fish ponds, you can take a bite out of greenhouse gas generation.  BioHavens will essentially double their dry weight biomass annually.  Much of that humus buildup will be carbon that would otherwise have ultimately cycled into our atmosphere.

So beyond the functionality of BioHavens as water quality enhancement tools, as water beautification assets, and even as revenue generators per our Water Resource Recovery initiative, greenhouse gas reduction represents another BioHaven by-product.

a floating island in a river in front of native trees

This BioHaven was launched in 2007 with perennial plants. It has been helping to reduce algae and fight greenhouse gas emissions for 14 years!