Tag Archive: climate change

CNG Gas Station Price Sign – Utah

CNG Gas Station Price Sign - Utah

A CNG station (Compressed Natural Gas station) is a facility where compressed natural gas (CNG) is stored, distributed, and dispensed to vehicles that run on CNG. CNG is natural gas that has been compressed to a high pressure (typically around 3,000–3,600 psi) to reduce its volume, making it suitable for use in vehicles as an alternative to gasoline or diesel.

CNG is considered a cleaner fuel compared to gasoline and diesel, producing lower levels of carbon dioxide (CO2), nitrogen oxides (NOx), and particulate matter.

CNG stations are often located in urban areas, near highways, or in industrial regions, providing accessible refueling points for vehicles running on compressed natural gas.

Dead Carp Fish on Beach – Great Salt Lake – Utah

Dead Carp Fish on Beach - Great Salt Lake - Utah

A view of a dead carp fish from the Great Salt Lake in northern Utah. The Great Salt Lake, a small remnant of the much larger Pleistocene Lake Bonneville, is as the name suggests very salty, and mostly uninhabitable as far as fish are concerned, but all of the water that flows into the lake, comes from fresh water rivers, and springs that flow from the surrounding Wasatch and Oquirrh Mountain Ranges. This particular fish likely entered the Great Salt Lake from the Jordan River, which connects to Utah lake and receives fresh water from both ranges.

The survivability of carp near the edges of the Great Salt Lake has likely also impacted by a number of environmental issues, especially in the last decade. Including a decreasing flow of water to the lake as its diverted for agriculture and housing development, as well as hotter, drier summers due to climate change and drought. Increasing salinity, salt water intrusion, and pollution concentration as the lake has shrunk are also potential factors.

Bonneville Salt Flats at Dusk – Utah

Bonneville Salt Flats at Dusk - Utah

Purchase Print

The Bonneville Salt Flats are part of the lake bed of Lake Bonneville. Lake Bonneville, the result of cooler temperatures and higher precipitation during the Late Pleistocene, was the largest of four deep water lakes to exist in the Great Basin over the last 800,000 years. At its greatest extent 18,000 years ago, the lake was more than 980 feet deep, and covered over 20,000 square miles, nearly the size of Lake Michigan. While the lake receded from its maximum extent over thousands of years, one particular event, the Bonneville Flood has been documented in the geologic record, when an alluvial dam on Marsh creek, part of the drainage of the Snake River, was finally breached by rising lake levels. This released over the course of a year, more than 1,200 cu mi of water into the Snake River, and lowered the lake more than 430 feet.

The lake was named after Benjamin Louis Eulalie de Bonneville, an officer in the US military, fur trapper, and explorer of the American West. The largest extant remnants of the lake today are the Great Salt Lake, Utah Lake and Sevier Lake.