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Hill strategy

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General fitness, health and nutrition
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24 June 2005
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Sam
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  1. "Hill ~ !
    Hey ~ !"
    ~ Folly

    "Did you get our email, yet ~ ? Rest assured,
    You've a very fine hill, near Watch Hill
    Aviary, reserved
    In your name."
    ~ Twittering

    ~ * ~
    Blog, or dog? Who knows.
    But if you see my lost pup, please bring him home!
    I got Leon a brand-new bone.
    _________________
    http://journals.aol.com/virginiaz/DreamingofLeonardo

  2. Sam wrote in message
    <[email hidden]>...

    Quoted message said:

    American stage winners:

    Lance
    Tyler Hamilton
    Greg LeMond
    Jeff Pierce

    Am I missing any? Bobby Julich won as part of a team time trial

    Andy Hampston - L'alp Duez ~ 1992, though I think there are others.

    -T

  3. Sam said:

    American stage winners:

    Lance
    Tyler Hamilton
    Greg LeMond
    Jeff Pierce

    Am I missing any? Bobby Julich won as part of a team time trial

    According to: http://cbs.sportsline.com/cycling/history/us , you're
    missing:
    - Davis Phinney
    - Andy Hampsten

    So there are 6 total. I was pretty sure about those last 2, but have
    to admit that I had never heard of Jeff Pierce. So I'm guessing he's
    the mystery runner here. Lance is busy right now, Tyler's distracted
    (and too young), and I don't think LeMond is a runner, not to mention
    that he's put on a good bit of weight.

    Quoted message said:

    The pace was 7:05 or so for a 10 miler (very hilly and a bit of
    altitude---6200 feet)

    I've never tried running at any significant altitude. I was on
    vacation in Colorado in the late 90's and biked up Mt Evans from Idaho
    Springs. Saw someone running along the road at around 12000 ft and
    thought to myself "only in Colorado".

  4. Dot said:
    Sam said:


    As for the training, I have added hills but that was the plan for this time
    of year anyway since I got a late start on training. Someone asked about
    age and I can see the rationale for age taking its toll on leg speed and
    that affecting downhill running speed. I am pretty sure I can get some of
    that with some specific training. There is a trail 12K coming up that will
    give me a chance to practice some more!

    Here's some data that might be of interest. It's on treadmill (hence
    footing isn't an issue) and uses slopes from 0 to +-45% looking at
    energy costs. (yea, what a tm) It is oriented toward mountain runnning,
    but includes gentler slopes:
    http://jap.physiology.org/cgi/content/full/93/3/1039

    From the conclusion:
    ..."3) a better progression economy is expected in mountain-running
    athletes in the downhill range; and 4) the running speeds adopted in
    downhill competition are far lower than metabolically feasible, mainly
    because of safety reasons. If athletes wish to improve their
    performances in competitions alternating ascent and descent phases, they
    should pay greatest attention to the training of movement coordination
    during downhill running."

    Note that some of their calculations are based on *vertical* speeds, not
    horizontal.

    Thanks DOT. Looks like a great reference. I will read it, especially
    since I think it agrees with me. 8^)

    Quoted message said:

    Dot

    --
    "So many people get stuck in the routine of life that their dreams waste
    away. This is about living the dream." - Cave Dog

  5. Tom B. said:

    So there are 6 total. I was pretty sure about those last 2, but have
    to admit that I had never heard of Jeff Pierce.

    "After earning posts on the 1983 Pan American team and the 1984 Olympic
    Team, Jeff was named the country's top amateur cyclist in 1985. Turning
    pro in 1986, he raced the Tour de France with Team 7-Eleven as his first
    professional event. The following year he produced the solo victory in
    front of 500,000 spectators on the Champs Elysees in the Tour's final
    stage."
    (from cyclingnews.com)
    h

  6. I cannot believe I had forgotten Andy and Davis--I have met them both (as
    well as everyone else on the list except LeMond).

    Good thing they do not read this board...

    What is Lance doing???

    "Tom B." <[email hidden]> wrote in message
    news:[email hidden]...

    Quoted message said:
    Sam said:

    American stage winners:

    Lance
    Tyler Hamilton
    Greg LeMond
    Jeff Pierce

    Am I missing any? Bobby Julich won as part of a team time trial

    According to: http://cbs.sportsline.com/cycling/history/us , you're
    missing:
    - Davis Phinney
    - Andy Hampsten

    So there are 6 total. I was pretty sure about those last 2, but have
    to admit that I had never heard of Jeff Pierce. So I'm guessing he's
    the mystery runner here. Lance is busy right now, Tyler's distracted
    (and too young), and I don't think LeMond is a runner, not to mention
    that he's put on a good bit of weight.

    Quoted message said:

    The pace was 7:05 or so for a 10 miler (very hilly and a bit of
    altitude---6200 feet)

    I've never tried running at any significant altitude. I was on
    vacation in Colorado in the late 90's and biked up Mt Evans from Idaho
    Springs. Saw someone running along the road at around 12000 ft and
    thought to myself "only in Colorado".

  7. In article <[email hidden]>,
    Sam <[email hidden]> wrote:

    [snip]

    Quoted message said:

    I was taught in high school not to worry too much about people passing me on
    the down hill and since then I have found that if people pass me on the
    downhill that I will make up the distance on the flat or next hill most of
    the time. Exceptions to this are races with a downhill finish where you do
    not want to be passed obviously or a downhill close enough to the end that
    you would not have time to make up the distance.

    I also find that I just do not seem to run downhill very fast. I remember
    in HS being able to tear up the downhill sections of our home XC cross (and
    it had some serious downhill).

    My thought has been that the speed difference between two runners downhill
    is less than the speed difference of them going up hill. So I hypothesize
    that I am better able to catch people on a uphill than on a down hill.

    Thoughts?

    I think there's a lot of psychology and second order effects involved,
    rather than something as straightforward as fundamental up vs. down
    speed difference.

    On a previous round of this I looked at little at native energetics
    of hills. Per Noakes, the energy cost of running an uphill at a given
    pace is (to translate) 1+x. Running the same pace downhill is 1-x/2.
    In other words, you don't get back on the downhill what you lose on
    the uphill. No surprise there.

    Conversely, an even effort runner should slow down by twice as much
    on the uphill as he speeds up on the downhill. Given some heart rate
    monitor experiments of mine, and experience of a former college XC racer,
    it is difficult to run fast enough to keep the effort as high on the
    downhill as for the flat (for any 'interesting' downhill). I do so,
    when in good training, and at those times fly past her on the downs.
    She passes me on the ups at all times. Races, with us both in good shape,
    are close in net.

    With it being difficult to run fast enough on the downs to maintain
    even an even effort, much less to pick up the pace relatve to that, the
    place to make your gains relatve to even effort is on the ups. Energetically
    speaking. The distance gain is less than if you could expend that
    extra on a downhill, but most runners are going to be hard pressed to
    maintain even an even effort downhill.

    For the HS advice ... well, we're talking about HS runners. No
    problem seeing that they'll kill themselves running the downhill and
    toast the race there. I remember some of our practices ...

    But much of endurance racing (as opposed to running) is psychology
    rather than biology. If you're mentally toasted at the sight of
    somebody passing you on the up/down hill, you don't run hard enough
    on the other end to pass the other guy back and lose the race for
    that reason, not for the hills themselves. If you have the mantra
    that you'll always pass someone back on the opposite slope, it keeps
    you mentally in the race. A lot of even fast and experienced -- on the
    flat -- runners are scared of racing on hills. Pass them on an
    uphill and you'll never see them again.

    Still, I do most of my passing on downhills. People who pull
    away on the ups are putting too much effort, usually, into the
    uphill and they come back on the down. When I was racing often,
    there was only one runner in my part of the pack I had to pass
    on the ups. She blistered the downhills (and the starts -- bad
    sign if I saw her in the first mile of a race).
    --
    Robert Grumbine http://www.radix.net/~bobg/ Science faqs and amateur activities notes and links.
    Sagredo (Galileo Galilei) "You present these recondite matters with too much
    evidence and ease; this great facility makes them less appreciated than they
    would be had they been presented in a more abstruse manner." Two New Sciences

  8. Quoted message said:

    Per Noakes, the energy cost of running an uphill at a given
    pace is (to translate) 1+x. Running the same pace downhill
    is 1-x/2.

    OK.

    Quoted message said:

    In other words, you don't get back on the downhill what you lose on
    the uphill.

    Logically, yeah; but wording affects emphasis e.g. "whatever you gain
    on the downhill, you'll lose more on the uphill."

    Quoted message said:

    it is difficult to run fast enough to keep the effort as high
    on the downhill as for the flat (for any 'interesting' downhill).

    Agreed.

    Quoted message said:

    With it being difficult to run fast enough on the downs to
    maintain even an even effort, much less to pick up the pace
    relatve to that, the place to make your gains relative to
    even effort is on the ups. Energetically speaking.

    Whoa there! Don't think I quite follow or agree - if your thinking
    runs beyond "ya just can't do it on the downs, so that leaves the ups"
    (and I bet your thinking does), I wish you'd elaborate.

    To the extent these

    down: 1 - x/2
    flat: 1
    up: 1 + x

    roughly model the cost of running at some range of paces, they must
    also represent the cost of an additional unit of speed, no? Assuming
    we're not already out on the asymptote at 99% effort.

    Then my interpretation, energetically speaking, is that:

    [a] An increment of speed is cheapest for the downs, and most
    exorbitant on the ups; so for the gods' sake, don't skimp on the downs
    and save yourself for the ups.

    Or: run everything, including the downs, as close to even effort as
    possible - which will probably be as fast as you're able and willing on
    the downs.

    Or: you may as well run the downs as fast as you're able and willing:
    since the effort will be less than for flats/ups, you are in effect
    still recovering, relatively.

    [b] The ups being so expensive, if you're tempted to spend an extra
    Effort Unit to pass the guy in front, you'd get more mileage
    (literally) out of that same energy on the flats (or especially the
    downs, if you foolishly weren't already maxed out there).


    I've long - well, relative to either my brief running career or to the
    duration I generally stick with an opinion or theory on running - held
    this and raced accoringly, and believed that as you say:

    Quoted message said:

    People who pull away on the ups are putting too much effort,
    usually, into the uphill and they come back on the down.



    I unintentionally reinforced this conviction by taking the ups a harder
    in my last race - first-ever hill hard reps in preceding weeks had me
    unusually confident and excited to unleash my new ascending prowess -
    and really paid for it with a 4th mile (of 5) around 35 seconds slower
    than the others.

    Energetically speaking, that really sucked!


    But I also agree, in racing all that psychological mumbo-jumbo :-)
    comes into play as well. And probably moreso if you're racing specific
    competitors or sticking with a pack, whom you don't want to lose on the
    ups.

  9. "Charlie Pendejo" <[email hidden]> wrote in message
    news:[email hidden]...

    Quoted message said:

    ...............

    Quoted message said:

    With it being difficult to run fast enough on the downs to
    maintain even an even effort, much less to pick up the pace
    relatve to that, the place to make your gains relative to
    even effort is on the ups. Energetically speaking.

    Whoa there! Don't think I quite follow or agree - if your thinking
    runs beyond "ya just can't do it on the downs, so that leaves the ups"
    (and I bet your thinking does), I wish you'd elaborate.

    If you monitor your effort by HR, this effect is easy to see. I can easily
    push my HR up into LT region going uphill, but unless it's a very gentle
    downhill, it's difficult to push my HR up into LT region, especially on
    trails where you have to watch your footing more.

    It depends on the grade of the hill, the terrain, and the length of the
    race. In shorter races where a constant effort would be at or above LT, it
    would be difficult to run fast enough down medium to steeper hills at the
    same effort level.

    -Tony

  10. Quoted message said:

    I can easily push my HR up into LT region going uphill, but unless
    it's a very gentle downhill, it's difficult to push my HR up into
    LT region

    Understood.

    It *is* very easy to increase your HR on the ups. Easy in the sense
    "you're barely running faster at all, yet your HR/effort are
    significantly up", or "what a skimpy reward of a tiny increase in
    speed, in return for pushing your HR into LT".

    My objection is to RG's:

    Quoted message said:
    Quoted message said:
    Quoted message said:

    the place to make your gains relative to even effort is on the ups

    I contend, energetically speaking, that's true only if the race has no
    level ground and you've already maxed out your downs.

    Pacing algorithm:

    [1] First max the downs (to the limits imposed by the slope, trail
    footing, your raw footspeed, and your slavish clinging to
    self-preservation) because that's where speed is cheapest.

    [2] Distribute whatever remaining effort that leaves *evenly* among the
    ups and flats (assuming even effort really is optimal). This will
    likely come out to a higher effort level than your downhill max was.

    [3] If for some reason you didn't spend all of your effort units in
    step 2 above, use up whatever remains on the flats not the ups. You
    get a better rate on the flats where 1 speed unit costs 1 effort unit,
    vs. 1+x effort units on the ups.

    Once again: this is rough approx not accounting for psycho-jumbo, quad
    fatigue after scorching downs for any distance, et cetera ad nauseum.

  11. Charlie Pendejo said:
    Quoted message said:

    With it being difficult to run fast enough on the downs to
    maintain even an even effort, much less to pick up the pace
    relatve to that, the place to make your gains relative to
    even effort is on the ups. Energetically speaking.

    Whoa there! Don't think I quite follow or agree - if your thinking
    runs beyond "ya just can't do it on the downs, so that leaves the ups"
    (and I bet your thinking does), I wish you'd elaborate.

    I don't quite follow it either -- Robert, is that a typo ?

    Did you mean to say that it's easier to overtake on the downs (because
    you can do that without increasing level of effort) ?

    Or are you saying that if you're going to run with uneven effort, it's
    better to do so on the ups, since it's hard to run with even effort on
    the downs ?

    Quoted message said:

    Then my interpretation, energetically speaking, is that:

    [a] An increment of speed is cheapest for the downs, and most
    exorbitant on the ups; so for the gods' sake, don't skimp on the downs
    and save yourself for the ups.

    I think there's got to be a reason why not everyone bolts on the downs
    though. Maybe it's because of mental effort, maybe it's because people
    tend to "take a break" on the downs (very bad idea), maybe it's because
    you beat up your muscles if you run the downs too hard.

    Quoted message said:

    Or: run everything, including the downs, as close to even effort as
    possible - which will probably be as fast as you're able and willing on
    the downs.

    I suspect that this could trash your quads really quickly even if the
    actual heart rate reading is relatively low. Heart rate reflects mean
    effort/load, but another factor is peak load, which may have some effect
    on muscular fatigue.

    [snip]

    Quoted message said:
    Quoted message said:

    People who pull away on the ups are putting too much effort,
    usually, into the uphill and they come back on the down.

    I unintentionally reinforced this conviction by taking the ups a harder
    in my last race -

    I think the above can depend on a number of factors. Someone could use
    the hill as an opportunity to drop a weaker runner. Some of the top Kenyan
    marathoners do this (e.g. power over the bridges in the NY marathon), and they
    seldom come back. But that's a little different to what RObert and you are
    talking about-- I agree (with you and Robert) that the person who attacks hills
    indiscriminately is just asking for trouble.

    Quoted message said:

    first-ever hill hard reps in preceding weeks had me
    unusually confident and excited to unleash my new ascending prowess -

    "Indiscriminate" is the key word. Use your prowess judiciously -- for example,
    use it when you're heading into the NY marathon finish line, or when you reach
    heartbreak hill in Boston.

    Quoted message said:

    But I also agree, in racing all that psychological mumbo-jumbo :-)
    comes into play as well.

    When you're racing, and not time-trialing it does. If you're time trialing and
    running with others who are also time trialing, it makes no difference (since
    other runners aren't reacting to what you're doing). But for example, in a
    sparse cross country race, or in a track race with a reasonably well matched
    group, it can be very useful.

    The point about the "mumbo jumbo" I was trying to beat into Lance's very thick
    skull, is that having the mental fortitude to win a close battle will not help
    you a great deal, if the people who you *should* be competing with are a few
    minutes ahead of you.

    Cheers,
    --
    Donovan Rebbechi
    http://pegasus.rutgers.edu/~elflord/

  12. Quoted message said:

    I suspect that this could trash your quads really quickly even if
    the actual heart rate reading is relatively low. Heart rate reflects
    mean effort/load, but another factor is peak load, which may have
    some effect on muscular fatigue.

    Yeah, once we open this up to include more "real world" factors, I
    agree. And BTW thanks for acknowledging my disclaimers to this effect
    and not simply thrashing a Pendejo strawman here, I appreciate the
    civility.

    Quoted message said:

    The point about the "mumbo jumbo" I was trying to beat into Lance's
    very thick skull, is that having the mental fortitude to win a
    close battle will not help you a great deal, if the people who you
    *should* be competing with are a few minutes ahead of you.

    Nice whittling; that's concise.

    All that said, it seems to me he's just gotta have considerable talent,
    given his results vs. training/fitness/elderliness. Lance: beat (a
    healthy and serious) Donovan outright, any date any distance over 100m,
    and I'll spring for a very good bottle of wine from a real wine-making
    country. ;-)

  13. Charlie Pendejo said:

    All that said, it seems to me he's just gotta have considerable talent,
    given his results vs. training/fitness/elderliness. Lance: beat (a
    healthy and serious) Donovan outright, any date any distance over 100m,
    and I'll spring for a very good bottle of wine from a real wine-making
    country. ;-)

    He is pretty talented, no doubt about that. He was beating me (outright,
    none of this bogus table BS) when we both started racing. Beating me "age
    adjusted" is a ridiculous goal for him -- he's already achieved that and
    he's hardly trying.

    Cheers,
    --
    Donovan Rebbechi
    http://pegasus.rutgers.edu/~elflord/

  14. In article <[email hidden]>,
    Charlie Pendejo <[email hidden]> wrote:

    Charlie, please experiment some. It is supposed to be possible for google
    to preserve attributions.

    Quoted message said:
    Quoted message said:

    In other words, you don't get back on the downhill what you lose on
    the uphill.

    Logically, yeah; but wording affects emphasis e.g. "whatever you gain
    on the downhill, you'll lose more on the uphill."

    Whichever emphasis works for you.

    [quote="Quoted message"]

    Quoted message said:

    With it being difficult to run fast enough on the downs to
    maintain even an even effort, much less to pick up the pace
    relatve to that, the place to make your gains relative to
    even effort is on the ups. Energetically speaking.



    Whoa there! Don't think I quite follow or agree - if your thinking
    runs beyond "ya just can't do it on the downs, so that leaves the ups"
    (and I bet your thinking does), I wish you'd elaborate.

    To the extent these

    down: 1 - x/2
    flat: 1
    up: 1 + x

    roughly model the cost of running at some range of paces, they must
    also represent the cost of an additional unit of speed, no? Assuming
    we're not already out on the asymptote at 99% effort.

    Then my interpretation, energetically speaking, is that:


    [a] An increment of speed is cheapest for the downs, and most
    exorbitant on the ups; so for the gods' sake, don't skimp on the downs
    and save yourself for the ups.

    Or: run everything, including the downs, as close to even effort as
    possible - which will probably be as fast as you're able and willing on
    the downs.

    Or: you may as well run the downs as fast as you're able and willing:
    since the effort will be less than for flats/ups, you are in effect
    still recovering, relatively.


    [b] The ups being so expensive, if you're tempted to spend an extra
    Effort Unit to pass the guy in front, you'd get more mileage
    (literally) out of that same energy on the flats (or especially the
    downs, if you foolishly weren't already maxed out there).


    I've long - well, relative to either my brief running career or to the
    duration I generally stick with an opinion or theory on running - held
    this and raced accoringly, and believed that as you say:

    Quoted message said:

    People who pull away on the ups are putting too much effort,
    usually, into the uphill and they come back on the down.



    I unintentionally reinforced this conviction by taking the ups a harder
    in my last race - first-ever hill hard reps in preceding weeks had me
    unusually confident and excited to unleash my new ascending prowess -
    and really paid for it with a 4th mile (of 5) around 35 seconds slower
    than the others.

    Energetically speaking, that really sucked!


    But I also agree, in racing all that psychological mumbo-jumbo :-)
    comes into play as well. And probably moreso if you're racing specific
    competitors or sticking with a pack, whom you don't want to lose on the
    ups.[/quote]

    As I mentioned, I did the calculation after the last go-round. I
    was arguing that what I do, in hitting the downhills 'hard' was the
    right thing to do energetically as well, with the same intuitive thoughts
    as you give above. Intuition doesn't always work out. Since you're
    not averse to a little algebra:
    Let u = speed, E = energy (actually power) supplied, C = energy cost,
    L = length of hill, T = time required.
    Our goal is to put the biggest time lead over the person we're racing.
    We can apply a little extra energy on a hill (some zone where C is
    not the same as the reference area -- the math works out the same
    regardless of whether it's a hill or a tall grass stretch or whatever).
    So, where to we expend it?
    T = L/U and u = E/C, so T = LC/E

    We'll run that zone twice, once at our reference level E1, and once
    at a different level E2, so the time gained/lost is
    T2 - T1 = LC*(1/E2 - 1/E1)

    Since we're racing, we want the above to be negative; we take less time
    using our spiffy strategy than if running even effort. If E2 is greater
    than E1, the RHS is negative and we do indeed gain time by expending more
    energy. Since E2 and E1 are fixed (we only have so much extra energy
    to supply), and L certainly is, the time differential sits with C, the
    energy cost.

    You will get the greatest time differential by expending your extra
    energy wherever the cost is greatest. So it's the uphills, and on a
    variable course, it is greatest on the steepest uphills. The thing is,
    adding 1 mph makes much more difference to your time when you're going
    1 mph than when you're going 10 mph.

    Mindless application of the above will get you in to very bad straits
    very fast, I'll warn. The thing is, while typically called 'energy',
    what's actually involve is power -- rate of energy output (VO2 is a
    power measurement, for instance). Your _energy_ bank will support
    a certain continuous power output (aerobic generation) and a finite
    amount above that (anaerobic generation). Once you've run through
    your anaerobic stock, you're done and done for.

    My take is that it is the 'psychological mumbo jumbo', keeping my
    focus on a quick downhill and supressing the urge to chase people on
    the uphill, that has me do what is energetically more correct -- bit
    (but only a bit) of an increase in effort on the uphill and holding
    even on the downhill. Different people will need different mantras
    to obtain the right result; giving mine to some people will have them
    not finish the race as they flame out on the downhills. And there are
    some personal variations on the ability to run efficiently downhill
    versus uphill that will argue for more of an emphasis on one than the
    other.

    Psychology and second order effects. Suppose there's a hill
    that would take you 100 seconds to run on the flat, but it's 5% grade
    (steep for track/road racer standards). Just by that, the time
    would be 105 seconds at even effort. Lot of folks will be far from
    the 105 as they try to kill it, or get psyched out by the hill. 5
    seconds is not that much time, yet many people respond as if they're
    dying or that their entire manhood depends on 'conquering' the hill.
    Similarly, on the downhill, many are so trashed physically or mentally
    by the up, they don't accept the speed tht nature is trying to give.

    --
    Robert Grumbine http://www.radix.net/~bobg/ Science faqs and amateur activities notes and links.
    Sagredo (Galileo Galilei) "You present these recondite matters with too much
    evidence and ease; this great facility makes them less appreciated than they
    would be had they been presented in a more abstruse manner." Two New Sciences

  15. In Jim said:

    actually its not the running downhill that hits your kness, its the braking
    action that does.
    I use this mantra to help me : watch the horizon.

    When running uphill, dont look at your toes, look up where the road goes
    flat - at the "horizon". This keeps your running open & easy and your
    breathing the same. Dont hunch.

    When running downhill, dont lean back looking at the sky, if you do then
    each stride is a breaking action, rather look down hill to where the flat
    starts (the "horizon"😉 and dont be afraid to run fast - with your weight
    over your feet instead of behind them you will feel much more in control and
    you can handle a faster pace.You dont want to keep your body vertical
    regardless of the terrain, as is the "natural" tendency, but rather to get
    your body as perpendicular to the slope as you can take - less overstriding,
    less breaking, easier on your knees. And faster.

    From a Sept. 1998 posting:

    In article said:

    does running downhill screw your knees up? i say this because the
    steeper the hill, the further your leg has to fall resulting in more
    impact, resulting in a jar.

    Realizing that the hill is the diagonal of the horizontal at the point
    of initial foot contact...and that the diagonal is longer than the
    horizontal...it would make sense that a normal stride would be an
    overstride on a hill because the next step would be on the bottom of
    the diagonal from where the last step initiated...then it would make
    sense to me...and has for the past 20 years that in going done hill,
    I'd have to place my foot down more quickly so that I don't overstride.

    The other part is that in running down hill, the idea is to keep the
    body from impacting vertically...especially if one overstides...and
    when you think about it...the normal stride is an overstride because it
    lands on the bottom of the diagonal...so once again the thinking body
    or the mindful runner shortens the stride but following Denny and
    Charlie and Miles...and GAPO... their 180 may have to go up to 190 so
    that there is no overstride and one literally rolls down the hill on
    those 180 to 190 steps/minute...while the image is that body parallels
    the diagonal with minimal vertical impact. I know it can be
    done...doing it all the time.

    And in going up hill, the same holds true but in reverse. The steeper
    the hill the shorter the step so that the body maintains the slight
    forward lean. That way I have taught several thousand people how to
    fall up a hill. That way the shorter step keeps the diagonal from
    being an overstride.

    In health and on the run,
    Ozzie Gontang
    Director, San Diego Marathon Clinic, est. 1975
    Maintainer - rec.running FAQ
    http://www.faqs.org/faqs/running-faq/
    Mindful Running:
    http://www.mindfulness.com/mr.asp

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