Stagflation isn’t trending, but it was mentioned in quite a few headlines last week.
Stagflation is a portmanteau of ‘stagnation’ and ‘inflation.’ It occurs when a country experiences slow economic growth along with high inflation and high unemployment. In the United States:
- Economic growth was strong during the second quarter; 6.5 percent year-over-year, according to the Bureau of Economic Analysis. However, some forecasts for third quarter’s economic growth have been revised downward. Economists at one large investment bank lowered their estimate from 9 percent to 5.5 percent, reported Lindsay Dunsmuir of Reuters.
- Inflation is the rise in prices over time. The Federal Reserve prefers to measure the rise by looking at median Personal Consumption Expenditures (PCE) inflation. Median PCE was up 0.29 percent from June to July 2021, and up 2.2 percent over the past 12 months. The Federal Reserve’s target for inflation is 2 percent.
- Employment showed a solid increase in August, although the gains were less robust than many expected. Unemployment ticked lower (5.2 percent), the labor force participation rate remained unchanged (61.7 percent), and average hourly earnings ticked higher ($30.73).
The culprit behind slowing growth, rising prices and recent unemployment levels is COVID-19. The spread of the Delta variant created a new wave of parts and labor shortages. Demand for goods is rising as many people appear to be less concerned about the virus. Shortages of goods coupled with high demand for those goods have pushed prices higher.
The Economist reported that the Delta variant, “…looks like a stagflationary force that is sapping growth less dramatically [than the original COVID-19 strain] but firing up inflation. Delta is weighing on consumer spending in the rich world but not causing a collapse. In countries with lots of vaccines, cases are no longer doing as much to stop consumers from moving around.”
Last week, the Dow Jones Industrial Average finished lower, while the Standard & Poor’s 500 Index and the Nasdaq Composite moved higher. The yield on 10-year Treasuries ticked higher during the week.
Data as of 9/3/21
|Standard & Poor’s 500 Index||0.6%||20.8%||31.27%||16.1%||15.7%||14.6%|
|Dow Jones Global ex-U.S. Index||2.3||9.7||25.3||7.9||7.5||5.1|
|10-year Treasury Note (yield only)||1.3||NA||0.8||2.9||1.6||2.3|
|Gold (per ounce)||1.4||-3.4||-6.0||15.0||6.6||-0.4|
|Bloomberg Commodity Index||0.8||24.4||34.3||5.3||3.1||-4.9|
S&P 500, Dow Jones Global ex-US, Gold, Bloomberg Commodity Index returns exclude reinvested dividends (gold does not pay a dividend) and the three-, five-, and 10-year returns are annualized; and the 10-year Treasury Note is simply the yield at the close of the day on each of the historical time periods. Sources: Yahoo! Finance; MarketWatch; djindexes.com; Federal Reserve Bank of St. Louis; London Bullion Market Association. Past performance is no guarantee of future results. Indices are unmanaged and cannot be invested into directly. N/A means not applicable.
What Does Wave Power Look Like?
If your neighbor mentioned wind energy, you might picture a towering turbine planted in a field or rising offshore. If a friend talked about a solar farm they saw while on vacation in Colorado, you might picture acres of solar panels angled to catch the sun’s rays. Waterpower often brings hydroelectric dams to mind.
What do you picture when asked about wave power?
Almost three-fourths of the Earth is covered by water. Tides surge and retreat. Wind blows waves across the tops of oceans and lakes. Freshwater and marine life drift on currents.
Water generates a lot of kinetic energy. “When it comes to renewable energy, waves have other resources beat in two respects. First, unlike solar, waves offer a consistent energy source regardless of time of day. Second, waves provide much greater energy density than wind due to water’s heavier mass,” reported Mary Beth Gallagher in MIT News.
Despite its potential, wave energy lags far behind in the race to develop renewable energy sources.11 While diverse methods for capturing wave energy have been developed, none have become widely used. As a result, when wave power is mentioned, nothing in particular may come to mind.
That may change soon. This month, “…researchers will float a yellow platform out into the waters of the Pacific Ocean, north of the Hawai’ian isle of O’ahu. It’s not just there to roll upon the waves…if all goes well, it’ll turn those very waves into electricity…Wave energy could, for instance, charge up the buoys that landmark the sea. It could power the desalination plants that make seawater drinkable, potentially providing life-sustaining hydration to places like islands that need it most. It could help make aquaculture more sustainable. And it could power electric vehicles at sea,” reported Rahul Rao of Popular Science.
Will a yellow and black cylinder bobbing in the ocean become the symbol for wave energy? Only time will tell.
Weekly Focus – Think About It
“My grandparents lived with us. And I remember watching ‘Doctor Who’ with my granddad on his new telly. These were the days before remote controls but my granddad, being quite a resourceful sort of chap, had fashioned his own remote control – which was a length of bamboo pole with a bit of cork that he’d glued on the end.”
—Bill Bailey, comedian