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CLICK HERE to Register for a free account and login for a smoother ad-free experience. It's easy, and only takes a few moments.While I agree that there is no single "LB" that offenses need to pay special attention to, the Pats seem to be getting by okay with who they have.
Trey Flowers has been taking some OLB duties. Chung has been playing something like 35% of his snaps in an LB role ("star"), and Roberts and Van Noy have been making some great plays here and there. Harris even had a PD against the Broncos (any coverage play that Harris makes is kind of a big deal for him).
HT is certainly missed, though.
Chung has certainly been versatile this season. According to PFF, he has lined up as a safety only 6.7% of the time, with 57.7% of his reps coming as a CB.Good write up MM. Semi surprised about Chung's snap count in the Star role being that high. I know the Patriots have been using, occasionally, a "425" (or more aptly put is the 43Chung) as a base against an offensive lineup that one would expect a more standard 43 personnel.
I'd love to see stats on how often this "43Chung" has been employed on first down and what offensive lineup types are the 43Chung being used against ("standard" offensive lineups?). I tell you what, if a "standard" offense can't have rushing success against the 43Chung then the Patriots D starts out with a built in edge.
(yes I am throwing the terms around a bit too loosely ).
Chung has certainly been versatile this season. According to PFF, he has lined up as a safety only 6.7% of the time, with 57.7% of his reps coming as a CB.
So, I’m assuming that other (approx.) 1/3 of the time he’s considered a straight up LB. Definitely an important piece of the defense.
Patrick Chung is New England Patriots’ defensive Swiss Army Knife - Pats Pulpit Patrick Chung is New England Patriots’ defensive Swiss Army Knife — Pats Pulpit
I'm pretty sure that oxygen is only a part of it. Your body does compensate -- you up your pulse rate and heart rate and breathe more frequently -- and, of course, they have oxygen masks available. (Googling, I ran across an interesting claim that the haemoglobin saturation curve is shaped so that there isn't much drop-off in blood-oxygen levels below about 2300 meters.)
Hydration is very important too (Mayo and Gronk both mentioned being very dry in the mouth, which is actually quite an extreme sign). One reason is just that the air at altitude is drier, so you lose more moisture in exhalation.
But a doctor friend says that there is more to it than that. According to her, the altitude has a diuretic effect. That seems right from my experience (it explains why long air travel is dehydrating, however much water you chug).
And (also my experience) sleep is affected. I sleep much more lightly and fitfully at altitude.
I trained myself to breathe from my diaphragm, and to find a rhythm of strides per breath-cycle for various speeds, in order to maintain my target pace between mile markers - a critical thing for races of 10 miles or more. For marathons, I was able to string together at least 20 consecutive miles within about 3 seconds of my target pace, even adjusting for hills. Comparing notes with other runners who I regularly crossed finish lines close to, they all did pretty much the same thing.
This also helped me monitor my energy levels during a training run or a race so that I could have a realistic idea of how to manage my finish.
Anyway, I imagine that football players do something similar between plays, and perhaps even during them at times.
Really? They're only 400' higher than Mt. Washington.it's highly likely....
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While I agree that there is no single "LB" that offenses need to pay special attention to, the Pats seem to be getting by okay with who they have.
Trey Flowers has been taking some OLB duties. Chung has been playing something like 35% of his snaps in an LB role ("star"), and Roberts and Van Noy have been making some great plays here and there. Harris even had a PD against the Broncos (any coverage play that Harris makes is kind of a big deal for him).
HT is certainly missed, though.
Good write up MM. Semi surprised about Chung's snap count in the Star role being that high. I know the Patriots have been using, occasionally, a "425" (or more aptly put is the 43Chung) as a base against an offensive lineup that one would expect a more standard 43 personnel.
I'd love to see stats on how often this "43Chung" has been employed on first down and what offensive lineup types are the 43Chung being used against ("standard" offensive lineups?). I tell you what, if a "standard" offense can't have rushing success against the 43Chung then the Patriots D starts out with a built in edge.
(yes I am throwing the terms around a bit too loosely ).
Chung has certainly been versatile this season. According to PFF, he has lined up as a safety only 6.7% of the time, with 57.7% of his reps coming as a CB.
So, I’m assuming that other (approx.) 1/3 of the time he’s considered a straight up LB. Definitely an important piece of the defense.
Patrick Chung is New England Patriots’ defensive Swiss Army Knife - Pats Pulpit Patrick Chung is New England Patriots’ defensive Swiss Army Knife — Pats Pulpit
Explains why I never was able to go sub 3:20h with all my amateurish prep.
Isn't this backwards? I would expect the gauge to measure the difference between the atmosphere and the inside of the ball... so at elevation, it will take less air in the ball to bring it to 12.5. Or am I missing something?
Nitrogen is impacted by temp/pressure the same as air, which by the way is 78% N2Or they could just use Nitrogen to inflate the balls and not worry about ambient temps/pressure etc
The first part of your statement is actually incorrect. Nitrogen is less likely to react to air temp/pressure variations due to the absence of water which results in fewer instances of deflation or inflation based on temp/location. It's been used in the racing industry forever due to this very reason and is used daily in aviation.Nitrogen is impacted by temp/pressure the same as air, which by the way is 78% N2
Seems accurate. I have vacationed in Banff, Whistler, several places in CO- always been fine... then my most recent stay, we stayed in Telluride, which has an elevation of near 9000 ft..& add to that, we were off-roading @ elevations 13,000 ft & higher....within about 48 hours of arrival I started getting nauseous...head aching, fatigued..realized I was suffering from altitude sickness. (It's truly awful) They recommend drinking lots of water, and do not push yourself- if you feel fatigued, rest. I was there for less than two weeks, my body never acclimated, symptoms only left when I returned to less than 8000 ft. Residents say it can take up to 3 months to get acclimated. (@ 8000 +)Really? They're only 400' higher than Mt. Washington.
More easily fatigued/breathless, sure. But altitude sickness? I doubt it. From Wikipedia:
Altitude sickness, also known as acute mountain sickness (AMS), is a negative health effect of high altitude, caused by acute exposure to low amounts of oxygen at high altitude.
Although minor symptoms such as breathlessness may occur at altitudes of 1,500 metres (5,000 ft), AMS commonly occurs above 2,400 metres (8,000 ft).[1][2] It presents as a collection of nonspecific symptoms, acquired at high altitude or in low air pressure, resembling a case of "flu, carbon monoxide poisoning, or a hangover".[3] It is hard to determine who will be affected by altitude sickness, as there are no specific factors that correlate with a susceptibility to altitude sickness. However, most people can ascend to 2,400 metres (8,000 ft) without difficulty.