In general, marathon runners spend about 2 percent of their energy overcoming wind resistance on a normal day. Boston, though, is run almost entirely west to east, which means the wind can be either entirely in your face or at your back, adding an extraordinary variability to the results.
There are ways, of course, to deal with the wind. Runners can draft behind each other, a strategy that could save approximately 1 percent of energy expenditure on an average day.
The first thing we need to understand is that wind direction is stated as the orientation of the wind’s direction of movement. For example, if the wind is blowing from the southeast and is blowing towards the northwest, it is referred to be a southeast wind.
You start out in the distant suburb of Hopkinton— elevation 490 feet above sea level—and then cruise steadily downhill until about mile 9. The finish line has an elevation of a mere 10 feet above Boston Harbor.
southwestIdeal Boston Marathon weather means a temperature of around 45-50 degrees, overcast skies, enough moisture in the air to make breathing comfortable and minimize dehydration - and a southwest breeze to act as a tailwind. Occasionally Boston Marathon race day weather really does hit this ideal mark.
Bib numbers are color coded. Red bibs (numbers 101 to 7,700) are assigned to Wave 1 (10:00 a.m.). White bibs (numbers 8,000 to 15,600) are assigned to Wave 2 (10:25 a.m.). Blue bibs (numbers 16,000 to 23,600) are assigned to Wave 3 (10:50 a.m.) Yellow bibs (numbers 24,000 to 32,500) are assigned to Wave 4 (11:15 a.m.).
Potential effects running in to a headwind: Running in 10 mph wind: 20 seconds per mile. Running in 15 mph wind: 30 seconds per mile. Running in 20 mph wind: up to 1 minute per mile.
So, how much does the wind affect you? Runners Connect explains that “A 'substantial' wind (i.e., one approximately equal to the pace you are running at) will set you back 12 seconds per mile with a headwind, and aid you by 6 seconds per mile with a tailwind.”
When you search your bib number, your assigned wave and corral will appear. Within each wave there are eight corrals. Registrants will receive an email with their bib, wave and corral numbers, but you can also search them on the B.A.A.
Runners are assigned to their waves based on their estimated finish times, specified during registration. Diagram of starting corrals, including associated times. The fastest runners are assigned to the first wave and occupy the first starting corral.
With the wind behind you you'll be able to run slightly faster helping improve your stride. Don't sprint too fast though – you still need to keep enough energy to finish your run!
Small ripples appear on water surface. 4-7 Mph 6-11 kph 4-6 knots Light Breeze Leaves rustle, can feel wind on your face, wind vanes begin to move. Small wavelets develop, crests are glassy. 8-12 Mph 12-19 kph 7-10 knots Gentle Breeze Leaves and small twigs move, light weight flags extend.
Sustained wind speeds around 20 mph, or frequent gusts of 25 to 30 mph. " No Discernable Threat to Life and Property from High Wind." The sustain wind speeds are non-threatening; "breezy" conditions may still be present. Note: In "High Wind" conditions, small branches break off trees and loose objects are blown about.
5 OTHER WAYS TO TACKLE HEADWINDSLean into the wind to reduce your energy loss.Wear tight-fitting running clothing that doesn't cause drag.Get your breath back through wooded trails that block the wind.Shorten your stride – the longer your feet are off the ground, the more they're resisting the wind.More items...•
Running in very windy conditions is likely to increase your intensity, meaning you'll burn more calories if you maintain your speed.
Why is running in the wind so tiring? Simple physics. The wind pushes back against you at a speed faster than you are moving, thus increasing the energy costs of running. This means that any given pace will feel significantly more difficult in the wind.
Save this story for later. Save this story for later. The Boston Marathon is America’s iconic race, the oldest marathon in the country, and the most important. Eighteen people ran it in 1897; last year, thirty-five thousand did. It’s the site of Alberto Salazar and Dick Beardsley’s 1982 duel in the sun.
It can feel like five hills, or six. The course makes your mind falter right when your body does the same. And you’re still going east. Most marathons are run in some kind of a loop, which means that sometimes the wind is in your face and sometimes it’s at your back. In Boston, it’s all or none.
The race is also iconic because you have to qualify. A New York Marathon shirt means someone got lucky in a race lottery.
At Wellesley College, at mile fourteen, the students come out en masse and cheer. The course is slightly downhill for fifteen miles, then you blitz down what feels like a ski shoot. Suddenly you come to the bottom of the Newton hills.
There’s something particularly devastating about an attack on a marathon. It’s an epic event in which men and women appear almost superhuman. The winning men run for hours at a pace even normal fit people can only hold in a sprint. But it’s also so ordinary. It’s not held in a stadium or on a track.
It’s not held in a stadium or on a track. It’s held in the same streets everyone drives on and walks down. An attack on a marathon is, in some ways, more devastating than an attack on a stadium; you’re hitting something special but also something very quotidian.
16 Wind Directions. The more directions on a compass or wind rose we have, the more accurately we can read where the wind is blowing FROM (and to), so these eight directions were further divided, up to 16: north-northeast (NNE), east-northeast (ENE), east-southeast (ESE), south-southeast (SSE), south-southwest (SSW), west-southwest (WSW), ...
The four primary wind directions are north, south, east, and west at the start . They are usually marked by the letters N, S, E, and W on a compass to abbreviate the direction.
There are a variety of wind measuring methods; some are quite exact and exact, while others are just enough to get you sailing. The wind compass is a simple and useful instrument for determining the direction of the wind.
Finally, the 16 primary directions are combined with 16 extra points to form a 32-direction compass: north by east (NbE), northeast by north (NEbN), and so on. A compass with 16 directions, on the other hand, is already regarded quite accurate… and easy. It is frequently used in everyday life.
The rotations performed by windmill-style blades are counted using a similar sort of anemometer. Windmill anemometers have a horizontally rotating rod. Other anemometers use a variety of methods to calculate wind speed. The fact that air cools a heated item when it flows over it is used by a hot-wire anemometer.
Windsocks are used to determine wind speed as well as the direction of the wind. Windsocks are commonly used at airports to inform pilots of the wind’s direction and strength, as well as in chemical industries where there is a risk of gaseous leakage. They’re sometimes seen beside to roadways in windy areas.
A fascinating fact about Ancient Greece is that the cardinal directions were also distinguished by the distinct winds that blew in each direction.
The first 4 miles are especially “downhill”y, and so are the last 5 miles, so make sure to train your quads properly!
Speaking of a fuel plan – this advice is especially great for 1st-timers:
Again, the intoxicating Boston Marathon excitement can make you forget your pacing plan and run too fast out of the gate.
The iconic Citgo sign is a visual notification that you’re close to the finish line …buuuuut, not that close…so make a mental note now. (another excellent tip from @stilettorunning!).
Runners train so hard for the Boston Marathon. Like, months and months of dedication.
This advice is true of any long-distance race: never stop moving after crossing the finish line.
IMPORTANT BOSTON MARATHON TIP: parking is virtually non-existent in the city on race day, so plan to take public transportation to be safe.