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Throughout the pandemic, it's been hard to get a clear idea of what's really going on, because of inconsistencies around testing and reporting.
Consider Texas and Massachusetts, since they're near opposite ends of the US political spectrum. How bad is COVID right now in each place?
Well, if you take the official stats, TX has a COVID infection rate of 40/100k, versus 24/100k in MA. So, you might think the infection rate is around 67% higher in Texas. But Massachusetts is doing nearly four times as much testing, per capita, as Texas. So, it's reasonable to assume they're catching a larger share of total infections, and that the gap in true infection rates in those two states is much larger than 67%. Since there's no standardization around testing, the official infection rates are practically worthless.
So, how about hospitalization data? Right now TX has 4,062 people hospitalized with COVID, versus 655 in Massachusetts. That's 13.76/100k in TX, versus 9.38/100k in MA. But, are the hospitals applying the same standards? Like could one state be testing a larger share of patients, or reporting more incidental cases up (e.g., people hospitalized for something else, but coincidentally COVID positive)? A reality check is the ICU data -- how many COVID patients are actually in the ICU in each place? It's 2.09/100k in TX and 0.74/10k in MA. That suggests things are 180% worse in TX, not 67% worse.
Official COVID death stats are also practically worthless, since in many cases it's a gray-area judgment call whether to label a given death a COVID death, in a situation where it may have been a contributing factor but it's not certain the person would have survived if not for COVID.
These issues aren't new, either. For example, since the start of the pandemic (March 2020 through the second week of July 2022), TX has counted 326.33 COVID deaths per 100k, versus 268.53/100k in MA. That suggests Texas was just 22% worse. Yet in terms of excess deaths (total deaths relative to those expected from pre-pandemic trends), TX has had 376.74/100k, versus 151.00/100 for MA. So that suggests TX was about 149% worse.
Some of the same problems persist within states, either regionally or across time (e.g., changes in reporting standards creating fictitious improvement or worsening, or differences in standards creating fictitious local hotspots). It's frustrating that so far into the pandemic, there's still no standardization of methods that might allow meaningful analysis of the data, to assess risk.
Like, if you're trying to make an informed decision about whether indoor dining is enough of a risk to avoid in a given place in a given time, you can't just look at official reported stats. You need a deeper awareness of testing and reporting standards in that place and time, to interpret its official data. A reported infection rate of 30/100k in one place and time may indicate an acceptable risk (on par with a normal year's risk of going out to eat during flu season), while the same 30/100k in another time or place may indicate ten times that risk level, such that you'd be wise to steer clear of the restaurants for a while.
Consider Texas and Massachusetts, since they're near opposite ends of the US political spectrum. How bad is COVID right now in each place?
Well, if you take the official stats, TX has a COVID infection rate of 40/100k, versus 24/100k in MA. So, you might think the infection rate is around 67% higher in Texas. But Massachusetts is doing nearly four times as much testing, per capita, as Texas. So, it's reasonable to assume they're catching a larger share of total infections, and that the gap in true infection rates in those two states is much larger than 67%. Since there's no standardization around testing, the official infection rates are practically worthless.
So, how about hospitalization data? Right now TX has 4,062 people hospitalized with COVID, versus 655 in Massachusetts. That's 13.76/100k in TX, versus 9.38/100k in MA. But, are the hospitals applying the same standards? Like could one state be testing a larger share of patients, or reporting more incidental cases up (e.g., people hospitalized for something else, but coincidentally COVID positive)? A reality check is the ICU data -- how many COVID patients are actually in the ICU in each place? It's 2.09/100k in TX and 0.74/10k in MA. That suggests things are 180% worse in TX, not 67% worse.
Official COVID death stats are also practically worthless, since in many cases it's a gray-area judgment call whether to label a given death a COVID death, in a situation where it may have been a contributing factor but it's not certain the person would have survived if not for COVID.
These issues aren't new, either. For example, since the start of the pandemic (March 2020 through the second week of July 2022), TX has counted 326.33 COVID deaths per 100k, versus 268.53/100k in MA. That suggests Texas was just 22% worse. Yet in terms of excess deaths (total deaths relative to those expected from pre-pandemic trends), TX has had 376.74/100k, versus 151.00/100 for MA. So that suggests TX was about 149% worse.
Some of the same problems persist within states, either regionally or across time (e.g., changes in reporting standards creating fictitious improvement or worsening, or differences in standards creating fictitious local hotspots). It's frustrating that so far into the pandemic, there's still no standardization of methods that might allow meaningful analysis of the data, to assess risk.
Like, if you're trying to make an informed decision about whether indoor dining is enough of a risk to avoid in a given place in a given time, you can't just look at official reported stats. You need a deeper awareness of testing and reporting standards in that place and time, to interpret its official data. A reported infection rate of 30/100k in one place and time may indicate an acceptable risk (on par with a normal year's risk of going out to eat during flu season), while the same 30/100k in another time or place may indicate ten times that risk level, such that you'd be wise to steer clear of the restaurants for a while.
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