Groundwater salinization in California’s Tulare Lake Basin, the ABCSAL model

Lower groundwater levels can prevent drainage of water and salts from a basin and increase aquifer salinity that eventually renders the groundwater unsuitable for use as drinking water or irrigation without expensive desalination. Pauloo et al. (2021)  demonstrate this process for the Tulare Lake Basin (TLB) of California’s Central Valley.

Even if groundwater pumping does not cause overdraft, it can cause hydrologic basin closure leading to progressive salinization that will not cease until the basin is opened by allowing natural or engineered exits for groundwater and dissolved salt. The process, “Anthropogenic Basin Closure and Groundwater Salinization (ABCSAL)”, is driven by human water management. …

Read more from the California Water Blog here:  Groundwater Salinization in California’s Tulare Lake Basin, the ABCSAL model

Camp Fire effect on groundwater, wildlife still uncertain

From the Daily Democrat:

“The immediate, physical impact of the Camp Fire is plainly obvious to anyone who lost one of the nearly 14,000 homes in the blaze, or who sees the blistered remains of buildings that once made up the town of Paradise.

But less immediately visible are the scars wildfire can inflict on the local environment, including surface water, groundwater and the wildlife population. … “

Read more from the Daily Democrat here:  Camp Fire effect on groundwater, wildlife still uncertain