Case counts are stabilizing. States are vaccinating remaining Phase 1 essential workers and preparing for mass vaccinations of all adults by 1 May. Provinces are vaccinating elderly people and moving to single-shot administration of all vaccines to accelerate distribution.
Care must still be taken to prevent a late surge. You can help yourself and the people around you. Masks, hand sanitizer, and other PPE like gloves and face shields work. If you can avoid or delay a trip or errand, then do so.
This is a list of official websites with information on COVID-19 coronavirus in the region.
In 2003, a humble cargo pallet set off a 17-year battle that struck at the heart of the Canadian identity. Larvae of the Asian Longhorn Beetle had emerged from their slumber deep inside the cheap timber and found their way into maple trees in Vaughan, Ontario, just a short distance from Toronto, the home of the Maple Leafs.
Dr. Amanda Roe is a researcher in molecular and functional ecology at Natural Resources Canada’s Great Lakes Forestry Centre, and a part-time lecturer at Algoma University in Sault Ste. Marie, Ontario. Dr. Roe lectured on 3 March during Algoma U Research Week 2021 on the work scientists around the world are doing to control the spread of the Asian Longhorn Beetle, a species native to Asia that is a pest in Europe and North America.
Though Asian Longhorn Beetles are seldom seen on the bark of trees, the distinctive holes they make as they burrow through the tree, plus their fairly large size (~35mm) and their speckled body colour makes their presence fairly easy to spot. The beetle populations are also reasonably slow-moving, reproducing only once per year. This allows the relevant authorities – in this case, the Canadian Food Inspection Agency and Natural Resources Canada – to simply ban firewood movement in the area, identify affected trees, then cut down and burn any nearby tree the beetle might inhabit.
But where, precisely, are these beetles coming from? Molecular ecology makes it possible to go a step farther, and identify the home area that invasive species may have come from. Scientists do this by looking at mitochondrial DNA (mtDNA). Unlike nuclear DNA, mitochondrial DNA does not change due to an individual’s parents, but mtDNA does accumulate distinctive variations that can identify members of the same extended family or region.
Scientists have collected an mtDNA database of Asian Longhorn Beetles across their home range in China and Korea, a database that shows distinct geographic variations. So, when the same mtDNA tests are done on a captured beetle from an invasive infestation, the tests can help identify which general region the invader is from. The infestation in Vaughan likely originated from coastal regions of northeastern China or Korea.
Perhaps more importantly, it can help researchers pick up the pieces when initial control measures were ineffective. After the Vaughan invasion had been largely controlled, there was another outbreak of ALB in Mississauga. mtDNA tests showed that the second site was a satellite of the original invasion from Vaughan.
Following a generation-long struggle that concluded with five years of carefully looking through trees in Toronto and Mississauga for any re-emergence of the pest, CFIA finally declared Ontario to be free of the Asian Longhorn Beetle in June 2020. Early detection makes all the difference in preventing future outbreaks of any invasive species, and members of the public can always help by sharing photos and samples of strange insects they find with agricultural extensions, forestry agencies, or research biologists.
American scientists are always keenly interested in space travel, and the 2021 AAAS Annual Meeting rounded out its coverage of the topic with an 11 February panel on group psychology for Mars missions. The roundtable, moderated by Leslie DeChurch, featured Suzanne Bell and Alexandra Whitmire of NASA, plus scientists Jack Stuster, Noshir Contractor, Dorothy Carter, and Nick Kanas, all of whom have worked with NASA on various projects.
One of the assumptions baked into any trip to the International Space Station, or even the Moon, is fast communications with Mission Control. Ground crew is available 24/7 with instant help for anything from tech support to mundane assistance like verbal confirmation of EVA checklists. But it can’t work like that on a trip to Mars. There could be a 45 minute delay to hear back from Earth. For anything urgent, the astronauts aboard can only turn to each other.
That’s why picking the right mix of people for the team is so critically important. Everyone will need to follow at times, lead other times, be prepared for an emergency, and they will need to be willing to do so all while staring at the same faces every day. For a well-adjusted team, it could be the ultimate road trip. But add a few setbacks, and there might be plenty about the voyage that never makes the history books.
As one panelist said, teams will not just need ‘The Right Stuff’, but will need to be ‘The Right Size’. NASA’s most recent plan to get to Mars anticipates a slow three-year round trip with 4 crew, acknowledged to be a bare minimum. With so much to do, a slowdown or lack of cooperation from anyone at any time could jeopardize the whole mission, and the length of the assignment only increases the chances for something to go wrong. A shorter trip (ideally two years or less) with more crew (perhaps 6) would be much more robust against failings in the human element.
Another way to head off the risk of human factors is by using the latest in social science. Researchers continue to collect data in from, dedicated space travel analog missions, isolated workspaces like Antarctic research stations, and careful review of data from past spaceflights, to glean insights on how people work best when stuck with the same small group. Backed up with the latest in social science and information techniques like lexical analysis and social graphing, group psychologists are their refining statistical models, moving from retrospective analysis of past missions, to future predictions of how well a particular social group will hold together over the long-term. Still, mathematical guesses are no substitute for helpful human personality traits, especially Self-Monitoring, the ability to recognize one’s own effectiveness and interact with the group in an appropriate way for the given situation.
Montana Tech’s Robert Pál joined Huixuan Liao of Sun Yat-sen University and Manzoor Shah of the University of Kashmir on 9 February for a panel discussion on alpine botany, during the 2021 AAAS Annual Meeting.
Alpine environments are particularly fertile ground for climate change ecology because broad variation in microclimates can be found over a relatively short distance. As temperatures warm, new types of plants may rise above their former range. As moisture patterns change, areas may become better or worse for the growth of certain species. And lurking everywhere is the persistent threat of new and invasive species: non-native plants that spread and grow in manners that negatively impact the local environment, which may be hard to control once they take root.
The distinction between a fast-spreading non-invasive plant and an invasive species can be hard to pinpoint, but it often depends on whether it monopolizes an area at the expense of the broader ecosystem. Spotting them in the field can require a keen eye; certain invasive grasses can be notoriously hard to identify, even for experts.
When asked about ways invasive plants can be a solution, rather than a pest, Pál cited some concepts in harvesting invasive species as food, or to tap heavy metals out of toxic soils. Liao mentioned that some fast-growing plants can be used to combat coastal erosion.
When it came to encouraging new scientists, Shah said anyone can feel the excitement of a discovery on an ordinary walk, just by looking around their home turf for plants that look new or out of place, and taking samples to send in to the experts. Pál suggests that students looking to get into the field would benefit from learning the kinds of plants that help and harm their local environment, and further study in botany and ecology.
As always, the Doomsday Clock session is a meaningful watch, and the text report is an equally engaging read. In detail, they explain how humankind has scarcely turned the corner on the dire assessment of 100 seconds to midnight, first issued in 2020.
This year’s live session combined expert insight from The Bulletin’s Science and Security Board with plain talk from statecrafters Ellen Johnson Sirleaf, Hidehiko Yuzaki, and Jerry Brown.
Pfizer’s plant in Kalamazoo, Michigan shipped operational doses of a COVID-19 vaccine across the United States on 13 December 2020. UPS and FedEx are carrying the shipments across the United States. Healthcare workers will be among the first to receive the doses.
This follows the FDA’s emergency use approval for the vaccine on the 12th, shortly following Health Canada’s approval on the 9th. The earliest shipments will provide enough doses to vaccinate 124,500 Canadians and 1.5 million Americans. In this phase, health care workers receiving the vaccine will be receiving it nearly immediately. Though procedures will vary, for the moment states and provinces will receive doses, then send out smaller shipments to health facilities. Those facilities have already pre-designated their most at-risk individuals to get the shot as soon as possible, and one additional follow-up dose a few weeks later.
Though the Pfizer vaccine must be shipped and warehoused at -70 C, the temperature of dry ice or specialized medical or scientific ultracold freezers, it has sufficient stability at standard temperatures to still allow for robust distribution options. These issues will not be a problem in the earliest stages of vaccine distribution. As this and other vaccines become more widely available, they will be offered to additional people based on local distribution plans. It will be at this stage that the Pfizer vaccine’s shelf life of a few days at standard -20 C and 4 C refrigeration temperatures is put to a real-world test.
Though work continues on other vaccines, the moment 18-wheelers and airplanes departed West Michigan represents a climactic moment in a banner year for biotechnology, as well as a triumph for science and industry in the Midwest.
In addition to mentorship and professional development, there is a 2020 scheduled event series. The first event, on 1 Oct 2020 at 6pm Central Time, is an online groupwatch and discussion on the documentary film Picture a Scientist (film trailer).