Sunday, July 23, 2017

CLIMATE CHANGE AND A WATER UTILITY'S DUTY TO SERVE

Climate change prophets have been raining alarms as to predicted adverse impacts on economies, culture, the environment and human activity in general. Water public utilities have not escaped such climate change speculation. Numerous articles and conferences have addressed the need for water utilities to adopt reactive measures to deal with assumed effects of climate change.

Sidestepping questions whether climate change actually exists and, if so, what are its causes, one should ask whether such concerns about it--particularly in the case of water utilities--are ignoring the real elephant in the room.

Inherent in the concept of public utility is the common law duty to serve all demands for service from all actual and potential users within its service area. Generally, this duty has been codified in legislation and acknowledged in court decisions and administrative agency regulations. In some instances, satisfaction of customer demand has been interpreted as including peak day demand as well as safe and adequate service in general. Over time, the duty to serve has been expanded to include service on a nondiscriminatory basis and at reasonable rates.

In short, the obligation of a public utility is to satisfy, at all times, the public requirements for water service. Failure to do so can result in consequences, ranging from penalties to involuntary acquisition by another utility.

So, perhaps there is nothing new about climate change speculation regarding water utilities. Whether driven by concerns over global warming, or by customer or demand growth, or by aging infrastructure, or any other driver, a water utility's obligation remains the same. It is perceived to have a duty to satisfy its customer demand. Whether a utility's response to such drivers may be conservation, re-use, alternative sources of supply, interconnection with other utilities, purchased water, etc., the key to an appropriate response would seem to rest with the duty to serve.

As an aside, one is reminded of the hysteria over "Y2K" in 1999-2000. Predictions and speculations offered dramatic adverse consequences if computers could not adjust to the new century. When the new date actually arrived, the parade of horribles marched to a whimper.

Chicken Little may have cried "the sky is falling", but the sun still shines where it always has.


© Daniel J. Kucera 2017

Sunday, July 9, 2017

IS "OLD" WATER SUBJECT TO "NEW" CONTAMINATION?

According to a recent report, "ancient" deep groundwater is becoming contaminated.* Scientists tested approximately 6,500 wells world wide with the objective of determining which reached deep "old" water formed more than 1,200 years using radioactive carbon decay dating. They concluded that more than half of wells more than 250 meters (820 feet) deep produced mostly "old" groundwater.

However, more than one-half of the "fossil" groundwater wells showed elevated levels of tritium, said to be a radioactive isotope of hydrogen resulting from nuclear bomb testing. This finding suggested that some of the water in these wells originated after the nuclear tests in the 1950s decade.

The researchers concluded that "younger" water containing contaminates could mix with "old" water in an aquifer or a well itself could mix the waters. Thus, "old" water could become polluted by "young" water, essentially bridging "generation gaps".

What this report appears to suggest is that recharging of even deeper aquifers can introduce contaminates into those waters. In other words, deep waters are not necessarily immune from the polluted impacts of surface waters, shallow ground waters and earth excations.

Age may have its privileges, but it also may have its consequences.

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*Sumner,"Pollution Reaches Old Groundwater,"
Science News, May 27,2017, p.12

© Daniel J. Kucera 2017

Saturday, July 1, 2017

THE INCREDIBLE SHRINKING MAMMALS

I now know why I am getting shorter. I thought it was an aging thing. No--it is because of global warming!

According to a recent article, mammals on Earth have shrunk on at least two occasions when carbon dioxide levels and temperatures rose as part of "a natural warming."* In one example, about 54 million years ago, a compact horse shrunk to the size of a cat due to global warming. (Think of a cowboy saddling up on a cat and hitting the prairie to herd cats.) About 56 million years ago, it is said that mammals also experienced a shrinking.

The studies reportedly were based on fossils found in Wyoming. Interestly, the article stated that smaller animals are better adapted for warm climates because they have more skin per pound of body. Larger animals are more adapted for colder climates because they have less skin per pound.

Well, now I realize why I am shrinking, and understand that I should lose weight in order to confront climate change. But, I wonder--if this trend continues how much will mammals shrink? For example, will cows become so small that they can give only evaporated milk?

What are we to do? Cry global warming! and make way for the Lilliputians?

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*Associated Press, "Fossils show Mammals
Shrinking When Earth Heats Up, Study
Says," Rapid City Journal, March 16,
2017, P. A4

© Daniel J. Kucera 2017