From Worldometer (new COVID-19 deaths yesterday):
DAY USA WORLD Brazil India South Africa
- Well, finally, some obvious improvement, except for Africa. But let's see about tomorrow.
- The U.S, had again by far the most number of new cases, 107,060 to #2 UK with 37,326.
- Russia was #2 in new deaths to the U.S. with 795.
- However, in terms of new cases/million people:
- U.S. 321
- U.K. 547
- World 68
- Russia 119
- New deaths/million population:
- U.S. 2.4
- Wyoming 36.0
- California 0.9
- Texas 5.4
- UK 3.1
- World 1.1
- Japan 0.3 (and the country remains on high alert)
- South Korea 0.06
- Russia 5.4
- Bulgaria 17.9
- Malaysia 9.7
- Sri Lanka 8.8
- Reunion 13.3
- Martinique 179.1
- While 80 percent of the adult populations in countries like Belgium, Denmark and Portugal have been fully vaccinated, in Bulgaria that figure plunges to only about 20 percent, while in Romania it lags at around 32 percent, according to the European authorities.
- Those countries, along with the Czech Republic, Hungary and Poland, also have some of the highest excess mortality rates across the European Union during the pandemic — one measure of how many deaths the coronavirus has caused.
- Countries like France and Germany are about to vaccinate millions with booster shots. Spain is aiming to inoculate 90 percent of its total population soon. And Italy is considering making vaccinations mandatory. But large swaths of the populations of Eastern European nations have yet to receive a single dose.
- The scarcity of doses that dogged early vaccination campaigns across the bloc is no longer an issue. Instead, misinformation, distrust of the authorities, and ignorance about the benefits of inoculation seem to be behind the low uptake in Central and Eastern Europe.
- Many in villages and small towns have shunned the shots, with some wrongly believing myths including that vaccines are more dangerous than the virus.
- Bulgaria, which has the lowest vaccination rate in the European Union, also has the bloc’s highest death rate, adjusted per population.
Highly radioactive water seeping into the ocean from Japan’s crippled Fukushima nuclear plant is creating an “emergency” that the operator is struggling to contain, an official from the country’s nuclear watchdog said on Monday.
This contaminated groundwater has breached an underground barrier, is rising toward the surface and is exceeding legal limits of radioactive discharge, Shinji Kinjo, head of a Nuclear Regulatory Authority (NRA) task force, [said].
Countermeasures planned by Tokyo Electric Power Co (Tepco) are only a temporary solution, he said.
Tepco’s “sense of crisis is weak,” Kinjo said. “This is why you can’t just leave it up to Tepco alone” to grapple with the ongoing disaster.
“Right now, we have an emergency,” he said.
Further: In the United States, across the Pacific, there was no sense of alarm.
“With the amount of dilution that would occur, any kind of release in Japan would be non-detectable here,” said David Yogi, spokesman for the U.S. Environmental Protection Agency.
Eric Norman, a nuclear engineering professor at the University of California, Berkeley, said the latest leak was not a concern.
“The Pacific Ocean is an enormous place,” said Norman, who found radiation from the Fukushima nuclear power in California rainwater, milk and plants soon after the earthquake and tsunami. “There’s a lot of material between us and Japan. No matter what happens in Fukushima, it’s not going to be a problem over here.”
- From Hawaii:
The Hawaii Department of Health (HDOH) continues to monitor the results of
water quality surveys [from Japan] and does not anticipate any public
health effect on beachgoers or seafood safety around the Hawaiian Islands, due to
the following factors:
• Water acts as a diluent. While there may be significant quantities of
radioactive material released into the sea near the Fukushima reactor site,
the massive amount of water in the Pacific Ocean would rapidly dilute and
disperse the materials to negligible levels.
• Some radioactive isotopes rapidly decay. For example, the half life of
Iodine-131 (I-131) is about eight days. This means that the activity level of
the I-131 isotope drops by half every eight days. Given the length of time
since the event, the short-lived radionuclides would have decayed to near
background levels and therefore pose no health hazard. Although Cesium
isotopes have longer half-lives (Cs-134 has a half-life of about two years,
Cs-137 a longer half-life of about 30 years), the radionuclides also undergo
biological excretion and do not continue to build up in fish forever.
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