Signs of water that once was. 

Water in the desert is special. And in the Basin and Range, there’s not only water, but there’s hot water as well. Hot springs are one of modern day explorers greatest finds. I believe this is because many hot springs are set up to soak and relax in while enjoying the great and wild expanses the Basin and Range region has to offer.

The Basin and Range is a hot bed of geothermal activity and hot springs can be found throughout the region. Many hot springs are way too hot to soak in.

If you visit hot springs, always use caution and keep your pets on a leash. ​

Hot springs, geothermal, hydrothermal:

Why does Nevada, the heart of the Great Basin and the Basin and Range region have so many hot springs?

As seen in the map above, the Basin and Range region is HOT!

We love that the Basin and Range Region of the United States has a plethora of hot water. So please, if you choose to visit hot springs, we ask that you use the resources that this amazing region offers with respect and caution. We ask that all users follow Leave No Trace and Tread Lightly principles, which mostly means clean-up after yourselves; respect other users and wildlife; and don't damage the area--keep it clean for future users and wildlife and leave it cleaner than you found it.

*​~National Park Service website: Monitoring Geothermal Systems and Hydrothermal Features accessed 2/23/2018

**Fiero, Bill. 1986. Geology of the Great Basin. Reno (NV): University of Nevada Press.

We've updated our Washoe Lake photo album, we finally have some photos of Washoe with actual water in the lake, yay!

We kayaked on the lake over the Forth of July and it was fabulous. We saw so many birds, herons, ibis, pelicans and hawks. If you have a boat I highly recommend taking some time to kayak around Washoe especially the north end.

Daniel Montero of RaD Explorations wrote a beautiful piece about the time we spent on the ephemeral Quinn River. We were recently back by the spot we paddled and the water has moved on, the channel now dry.  The Quinn River has a special place in our hearts as it is the river our creek feeds and since its occurrence is rare, we reveled in the chance to experience its momentary passage into the desert. 

Below is a small excerpt from Daniel's post.  You can see the entire post on RaD Explorations Blog.   

The Truckee River is high and it is moving! With all the weather we've been having lately the Truckee River is higher than it has been in a long while. I headed over to McCarran Ranch yesterday to check out the water level.

The river is high enough that it has taken out a lot of the hiking trail (Tahoe Pyramid Bikeway) near the parking area off of Waltham Way and Wild Horse Canyon Dr. I didn't have my irrigating boots with me and unfortunately a spot along the trail was too deep and too socked in with big sagebrush to get around easily. So my exploration of the river was cut quite a bit shorter than I would have liked.  

​Below are pictures from where I did get to venture.  

Wow!!! Check out this gorgeous map by Imgur user Fejetlenfej, a geographer and GIS analyst with a ‘lifelong passion for beautiful maps,’ it highlights the massive expanse of river basins across the 48 contiguous states of the United States.

​Click on the map to learn more about the project!

From Conservation Magazine:

The Amazon River and its tributaries, long watery snakes wind their way through the Amazon rainforest, are a dull, murky, muddy brown. Other waterways show up as green, primarily thanks to photosynthesizing algae. But perhaps the most prized waterways are colored a deep, rich, vibrant blue. Lake Tahoe, the second deepest lake in the US and sixth largest (following the five Great Lakes), is one of the most iconic blue water lakes.

For a long time it’s been thought that the lake’s prized blueness, the focus of local “Keep Tahoe Blue!” campaigns, was related to water clarity. That makes intuitive sense. But the latest State of the Lake, a yearly publication from UC Davis’s Tahoe Environmental Research Center (TERC), reports something different. For the first time ever, researchers there have managed to quantify the lake’s blueness by developing a measurement they call the “blueness index.”

To measure the lake’s blueness, TERC postdoctoral researcher Shohei Watanabe collaborated with researchers from Canada’s Laval University and NASA-JPL to measure the wavelengths of visible light leaving the water. By continuously monitoring those wavelengths, he was able to create a color record over time for the lake.

But it turns out that during parts of the year when clarity increases, blueness actually decreases. Clear water does not a blue lake make.

The lake’s clarity is governed by the presence (or absence) of fine particulate matter that seeps into the lake from the surrounding land. When there are fewer particles floating around, the lake becomes clearer – but not bluer. Blueness, instead, is related to the presence of algae. When there are more algae, the lake appears less blue to the human eye.

Learn more here: http://conservationmagazine.org/2015/07/keeping-lake-tahoe-blue-doesnt-mean-keeping-it-clear/

USGS SEATTLE, Wash. — More than 1,000 dams have been removed across the United States because of safety concerns, sediment buildup, inefficiency or having otherwise outlived usefulness. A paper published today in Science finds that rivers are resilient and respond relatively quickly after a dam is removed. 

“The apparent success of dam removal as a means of river restoration is reflected in the increasing number of dams coming down, more than 1,000 in the last 40 years,” said lead author of the study Jim O’Connor, geologist with the U.S. Geological Survey. “Rivers quickly erode sediment accumulated in former reservoirs and redistribute it downstream, commonly returning the river to conditions similar to those prior to impoundment.”

Dam removal and the resulting river ecosystem restoration is being studied by scientists from several universities and government agencies, including the USGS and U.S. Forest Service, as part of a national effort to document the effects of removing dams. Studies show that most river channels stabilize within months or years, not decades, particularly when dams are removed rapidly.

“In many cases, fish and other biological aspects of river ecosystems also respond quickly to dam removal,” said co-author of the study Jeff Duda, an ecologist with USGS. “When given the chance, salmon and other migratory fish will move upstream and utilize newly opened habitat.”

The increase in the number of dam removals, both nationally and internationally, has spurred the effort to understand the consequences and help guide future dam removals.

“As existing dams age and outlive usefulness, dam removal is becoming more common, particularly where it can benefit riverine ecosystems,” said Gordon Grant, Forest Service hydrologist. “But it can be a complicated decision with significant economic and ecologic consequences. Better understanding of outcomes enables better decisions about which dams might be good candidates for removal and what the river might look like as a result.”

Sponsored by the USGS John Wesley Powell Center for Analysis and Synthesis, a working group of 22 scientists compiled a database of research and studies involving more than 125 dam removals. Researchers have determined common patterns and controls affecting how rivers and their ecosystems respond to dam removal. Important factors include the size of the dam, the volume and type of sediment accumulated in the reservoir, and overall watershed characteristics and history.