In the past few months the Salton Sea has been putting off a worrisome odor with increasing frequency. The smell has been strong enough that the South Coast Air Quality Management District (SCAQMD) has issued odor warnings to people living in the immediate area. For residents of the Coachella Valley, the key questions here are, “What makes the Salton Sea stink?” and “Is that smell dangerous?”
For as long as the Sea has been considered an environmental catastrophe in the making, there have been proposals to counter its demise. Of the numerous proposals to reshape and restore the Sea and its ecosystem, none have been fully endorsed by the State. One reason for the lack of action is that stakeholders have different priorities with regards to the importance of issues such as salinity, dust, and energy development. However, one aspect all stakeholders have stood behind is habitat restoration. Habitat restoration is advantageous to all parties because these projects have the dual purpose of restoring the shoreline for the bird and fish communities and mitigating the exposure of noxious dust. Several habitat restoration projects will be reviewed herein. Continue reading “Habitat Restoration: Common Ground”
Welcome back for some more myth debunking! Last time we talked about the unlikely possibility of a ship full of pearls being sunk at the bottom of the Salton Sea. But I also mentioned several other prevalent myths or mistruths that other posts on this blog have now addressed:
“The Salton Sea is not safe to swim in.” ——————————————– BUSTED!
“It is a toxic dump created by agricultural pesticides.” ——————— BUSTED!
“Geothermal energy is expensive and not competitive.” ——————- BUSTED!
Perhaps one of the most tossed-around misunderstandings surrounding the Sea is this:
“The Salton Sink would be dry right now were it not for the accident in 1905. Therefore, we should just let the Sea dry up.”
While this argument is convenient for those who consider the Sea a lost cause, it is all bark and no bite. Continue reading “Myths and Mistruths, Vol. 2”
The Salton Sea: once a prized weekend destination, now a dilapidated afterthought in the middle of the desert. The Sea lost its appeal to many people after it became highly saline and oxygen-deprived from agricultural run-off. These conditions lead to massive fish kills that created shores composed of fish bones and seasonal pungent odors. Today, the fate of the Sea is uncertain. On its current trajectory, with the impending reduction of water due to the Quantification Settlement Agreement and with no plan to prevent its demise, the Salton Sea will become an ecological disaster and public health burden. Here at Salton Sea Sense we all agree that something needs to be done about the Salton Sea. However, there is a lot of debate about who should be stepping up to take responsibility to make the decision and to fund restoration projects. The problem is there are so many different parties involved in the Salton Sea that it is impossible to determine who is most affected by the Sea and its fish bone beaches.
You could say that keeping track of all the stakeholders in the Salton Sea is almost as confusing as trying to keep track of all the characters in HBO’s Game of Thrones. In honor of the season 5 finale of Game of Thrones, we give you: Game of Bones (cue theme song). Continue reading “Fish Bones and Game of Thrones”
Located in an extremely arid region, the Salton Sea is subject to high temperatures and low precipitation. Extreme evaporation alone causes the water level at the Sea to decrease 5.4 ft. every year . Historically, the majority of the water inflows at the Sea have been from diversions of the Colorado River, inputs from Mexico, and agricultural discharges from Imperial, Coachella, and Mexicali Valleys. Without these vital inflows, the depth of the Sea will quickly decrease causing release of contaminants currently present at the bottom of the lake and increase in salinity to even higher levels. The current salinity at the Sea is about 54 g/L which is much higher than the salinity in the ocean which is on average 35 g/L. This high level of salinity will affect the habitability for fish at the lake where only tilapia species have been able to survive despite massive die offs.