Alan Couzens, M.S. (Sports Science)

"Devoted to the science of Maximal Athletic Development"

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Addressing your swim limiter part 3:
A cure for what ails you.

Alan Couzens, MS (Sports Science)

May 23rd, 2016

With the influx of athletes coming out of their winter hibernation to re-familiarize themselves with the aquatic medium, swimming is fresh on the mind. Actually, more specifically, the difference in paces that I see between former swimmers who haven't touched the water in several months (& have touched several bags of donuts over said months) versus those type A 'worker bees' who've been doggedly accumulating laps over the winter in an effort to improve their swimming is most at the forefront.

Triathletes, on the whole, just don't get it...

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Peaking the individual athlete:
The role of k2

Alan Couzens, MS (Sports Science)

May 9th, 2016

The majestic peak in the pic is the Himalayan mountain, K2 (it will make sense if you read on…:-)

I recently had a question from an athlete about the thought process behind individualizing tapers. I’ve written a little before on the general concepts behind tapering but anyone who has been involved in endurance sports for any time will confirm that optimal tapering is as much art as science and is very specific to the individual.

Well, as I’ve a habit to do, in this post I will at least attempt to frame the art with a little science…

The individuality behind the taper comes back to another factor that is also very individual to the athlete – training fatigue....

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Stress addiction in athletes:
Are you addicted to (training) stress?

Alan Couzens, MS (Sports Science)

April 29th, 2016

“When athletes clearly know better but cannot bring themselves to reduce their training, they threaten to become arousal addicts. Arousal addicts need their daily runner’s high (or ‘fix’) to feel good about themselves, which actually is the physical and mental state of not feeling bad due to the biochemistry of arousal. They are no longer in pursuit of excellence but rather in need of counseling and professional help. The coach might hear rationalizations from an athlete such as: “Coach, I need to train harder to improve…I don’t need or want to take (recovery) time off.” However, the grim reality is that the coach is listening to a running junkie pleading for his or her next fix.”
- ‘Distance Running’ Robert Lyden.

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Are you a 'data coach' or a 'dogma coach'?

Alan Couzens, MS (Sports Science)

April 4th, 2016

It’s been a while since I’ve had a good grumble, so bear with me... :-)

As technology in sport (& the data associated with said technology) develops exponentially, the pushback associated with the discomfort of change is being felt around the social media sphere. The cries of "Well, we never had the gadgets before and we did all right…” are becoming louder by the day and adopting an almost vehement tone. Why is this?

Math is hard work!

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Getting your 'fat burning' tested: Part 1.

Alan Couzens, MS (Sports Science)

Feb 29th, 2016

Left: The tables are turned - pro triathlete Justin Daerr checking the numbers on a metabolic test for yours truly. Note the unimpressed facial expression :-)

Thanks to my good friend, Tawnee Prazak, of Endurance Planet, I recently had the incredible opportunity to do a podcast with one of my long term idols in the applied exercise physiology game, Dr. Phil Maffetone on a subject that has been an obsession for most of my post-collegiate life – metabolic fitness or, ‘fat burning’.

Specifically, the conversation was centered around the value of metabolic testing for endurance athletes. As someone who has spent the better part of the last decade performing & analyzing these tests, you don’t get a prize for guessing on which side of the fence I sit :-)

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The importance of 'gut health' for athletes.

Alan Couzens, MS (Sports Science)

Feb 10th, 2016

After listening to another great Endurance Planet podcast on ‘gut health’, I wanted to jot down a few thoughts that sprung to mind that may be of some use to serious athletes who may be struggling with ‘gut health’ issues or, on a strongly related note, slow recovery/ general health issues.

A lot of the focus on athletic nutrition has centered around the ratio of the Carbohydrate/Protein/Fat macronutrient breakdown & its impact on performance and health. I've offered my thoughts on the 'right' answer for various athletes/activity levels here. However, there is another important nutrient that is often put in the (literal) 'too hard basket' for hard training athletes - fiber.

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Some thoughts on life balance:
Where is your fitness 'base camp'?

Alan Couzens, MS (Sports Science)

Jan 28, 2016

This is a bit of a random post of things that have been on my mind as I reflect on 2015 and another year of high performance coaching.

I’ve noticed a bit of a shift over the last few years in the level of athlete that I’m working with and also the intensity & drive that they bring to the table. The strange thing is, the goal level performance for the majority of the athletes I work with hasn’t changed – Qualify for the Ironman World Championships. It’s just getting harder!

My October 2014 tweet below reflects that change…

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Why we spin – High cadence training for triathletes.

Alan Couzens, MS (Sports Science)

Jan 25, 2016

In previous posts I’ve sung the praises of low cadence training for triathletes. Specifically as a tool for increasing the size and strength of an athletes FOG (fast oxidative glycolytic) muscle fibers. For triathletes, having sufficient muscle for the task at hand is an important consideration. However, especially for long course triathletes, it’s not the only consideration.

Ironman is, fundamentally, a metabolically limited event. Even the best athletes perform the event at an intensity significantly below the onset of blood lactate accumulation. In other words, it is not a rise in acidity within the muscles that prevents an athlete from going faster. There is another muscular limiter at play.…

The key factor that slows an Ironman athlete down is running out of that critical fuel source – glycogen. Consequently, anything we can do to slow this process is directly beneficial to Ironman performance. Enter high cadence training…

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Big Steel Challenge 2016: A Case Study

Alan Couzens, M.S. (Sports Science)

Jan 20th, 2016

Michelangelo’s David: Somatotype 1.0-7.5-2.0 (Bok, 1976) took an estimated 10,000 hours to sculpt!
Message: Keep on chipping away! :-)

The EC team recently completed our 6th Annual Big Steel Challenge. It was another successful year, with the team, as a whole moving more than 2 million pounds over the month of December.

While the usual insanity was a little more moderate this year, there were still some very impressive individual performances as well. EC Pro triathlete, Justin Daerr put up almost 450,000lbs at over 650lbs/min. You can read Justin’s thoughts here.

In a previous post, I looked at some of the objectives of our strength emphasis month(s) – namely to build a body that is more generally athletic (which also tends to lead to a body that responds better to specific training...

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A basic strength week for the endurance athlete

Alan Couzens, M.S. (Sports Science)

Dec 14th, 2015

A couple of weeks back, I wrote a post about our annual ‘Big Steel Challenge’ – a strength focused block of training with a simple mission – lift as many pounds as you can over the course of a month. During the challenge, there are 2 things that we like to do – lift and talk about lifting :-) For each edition of Big Steel over the past 6 years we have kept track of the gory details of endurance athletes lifting heavy things, initially on our private EC member forum and this year, for the brave few, on Facebook. We’ve found big value in this dialogue over the years and with each year our collective understanding of strength training as an admittedly endurance–biased group has significantly increased.

It’s been said that Eskimo’s have 50 different words for snow. That same concept is clearly at play when we look at the typical endurance athlete's understanding of strength training....

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Your Optimal Body Comp for Triathlon

Alan Couzens, M.S. (Sports Science)

Dec 9th, 2015

In my last post, I talked about the reasoning behind our 'big steel challenge' - an early season block of training that we insert for athletes to build (or correct for an in-season loss of) muscle mass over time

If the article content in the various triathlon magazines is anything to go by, another objective for a lot of endurance athletes at this point in the year is to decrease body fat, which energetically requires a different (competing) approach to the goal of adding muscle

This leads us to a proverbial fork in the road when it comes to body comp goals for the early season. Do we want to add or subtract? i.e. is it more important to our triathlon goals to become more muscular or less fat?

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The science behind our annual 'Big Steel Challenge'

Alan Couzens, M.S. (Sports Science)

Dec 2nd, 2015

As the snow starts to fall here in Colorado and across most of the U.S., & more and more triathletes are forced indoors, that annual question starts to return – How do I keep training AND keep my sanity? :-)

While I’m certainly no expert in sanity, we do have a go-to plan of how to keep things fun and beneficial during the winter months here at Endurance Corner with a basic method that is about as simple and, at first appearance, unscientific, training methodology that you can get – we lift things up and put them down.

Yes, Winter time at EC means strength emphasis time. We have some fun with this by planning our annual Big Steel Challenge – where we encourage folks to see just how many pounds they can move over the course of a month.

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Identifying your 'real world' HRV limits

Alan Couzens, M.S. (Sports Science)

Nov 25th, 2015

In last week’s post, I looked at the relationship between training load and the athlete’s ability to complete a given session. I suggested that before mindlessly planning ballistic load ramps, it is important to do a ‘reality check’ of the implications of such a ramp on the athlete’s ability to complete the training and, for that matter, the athlete's overall feeling/enjoyment of training!

In this post, I want to follow up on that by bringing heart rate variability into the conversation as a further guide to efficient and realistic session prescription...

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Identifying Load Limits

Alan Couzens, M.S. (Sports Science)

Nov 18th, 2015

At this time of the year it’s easy to get carried away with the ‘no limits’ mindset. This goes along with the over-riding theme of this month on the triathlon Calendar – #DreamingSeason. Heck, I might have even contributed to it with my last post. But, before we get carried away with enthusiasm, it is important to make a realistic appraisal of those 2 key limits that can stop us in our tracks on our journey towards big goals: Time and its related counterpart – energy.

A key 'first step' in setting realistic goals for the season ahead is having an accurate understanding of the relationship between training load and fitness for a given athlete. However, it is also essential to understand the flipside of this - the relationship between training load and fatigue....

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The Kona Qualifier's Basic Week

Alan Couzens, M.S. (Sports Science)

Oct 29th, 2015

"There is a place for the 8hr a week athlete. It is the job of the coach to sell the dream to the athletes doing 10-12hrs a week and persuade them to commit to the 18-24hrs a week that they need to become truly competitive"
- Bill Sweetenham (former national coach of the Aussie swim team)

Well, here goes… :-)

Around this time of year I receive a lot of inquiries from prospective new athletes after they get fired up after following the Ironman World Championships in Kona. Maybe you were watching a buddy on the live feed & Greg Welch or Michael Lovato’s enthusiasm got to you or it reminded you of those goosebumps you had last year when Al Trautwig’s voice cracked watching the slow mo of finisher’s crossing the hallowed finish line on Alii Dr.....

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The impact of dehydration on run performance

Alan Couzens, M.S. (Sports Science)

Oct 16th, 2015

Can anyone guess what might have inspired this post? :-) Yes, it was a hot year in Kona this year. It’s always hot but the big island took it up a notch this time around.

From my perspective, Kona was a great year for my team, with a number of performances towards the very front of their respective age groups & a couple even nudging the podium, but in absolute terms, even very good performances were on the ‘slow’ side, especially on the run.

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Training Response Curves: Are you a long responder?

Alan Couzens, MS (Sports Science)

UPDATED: Sept 15th, 2015

In a previous post, I talked about the different types of athletes that I work with – the fast responding ‘Naturals’, the average responding ‘Realists’ and the slow responding ‘Workers’. This is a simple way to view the way that a given athlete responds to a given training load but the reality is a bit more complicated than that, as it neglects those 2 words that are the bane of athletes the world over – diminishing returns.

In performance modelling, diminishing returns is accounted for, to some extent in the exponential nature of the dose-response model, i.e. if an athlete loads at 100 TSS/day, their CTL curve will improve rapidly at the start, will taper off around month 3 and will flatten out by month 5 (assuming the default 42 constant). But, the model doesn’t go far enough....

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The Big 7: Simple mobility assessments to keep triathletes injury free

Alan Couzens, M.S. (Sports Science)

Sep 2nd, 2015

There has been a huge increase in interest over recent years in the topic of mobility work for athletes. This is due in large part to the efforts of guys like Mr. MobilityWod – Kelly Starrett ( & other brilliant minds in the field like FMS founder, Gray Cook.

If we're to be honest, it’s really only recently that we’ve even begun to question the validity of the old belief that there are only 2 types of endurance athletes – the injured & those who are about to become injured! Some of us may still even have that core belief that injuries are 'part and parcel' of being a 'serious' endurance athlete floating around the old noggin'

But, providing the athlete is smart and diligent this doesn't have to be the case...

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Volume vs Intensity:
'Data mining' the answer to an age-old question

Alan Couzens, M.S. (Sports Science)

Aug 19th, 2015

As key races approach, athletes get understandably antsy. The mind starts to run with thoughts on ‘what’s missing’ from the training plan. This isn’t helped by all of the mixed messages in the media and popular training texts.
* Am I doing enough “sweetspot training”?
* Is that Zone 3 stuff really ‘no mans land’?
* Should I be doing more work at FTP to boost my ‘ceiling’?
* Is my training sufficiently ‘polarized’?
Incidentally, it’s impossible to answer yes to all of the questions above!

Actually, forget the confusion provided by books and the internet, science is pretty confused too! You’ll find just as many studies touting the benefits of very high intensity training as you do studies promoting the benefits of low intensity aerobic work. So what’s the answer? Where can we go to get an honest, unbiased assessment of what methods actually work in the 'real world'?

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Avoiding Hyponatremia:
Specific recommendations for Ironman athletes

Alan Couzens, M.S. (Sports Science)

Aug 12th, 2015

Endurance planet posted a very interesting podcast recently on the (literally) hot topic of hyponatremia in endurance events. Dr. Tim Noakes & Dr. Phil Maffetone – 2 guys who I respect immensely, weighed in on the topic and suggested that the problem is a simple one of athletes not listening to their body and drinking to a fixed schedule instead of “drinking to thirst”.

As someone who loves a good debate, this sort of advice frustrates the “you know what” out of me. Not so much because I disagree with it but simply because it is so general that it’s hard to argue against (like when Madame Zara foretells 'some trouble in your future') &, more significantly, for the athletes we’re advising, lacks a whole lot of practical applicability. This is exemplified in a quote from the podcast…

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Ironman Power Calculator:
How many watts will it take?

Alan Couzens, M.S. (Sports Science)

Aug 6th, 2015

It’s that time of year – race season! For many athletes, the ‘hay is in the barn’ and the emphasis has shifted from building fitness to getting the most possible race day speed from the fitness that you have been able to build. A large part of that comes down to aerodynamics on the bike.

Hopefully by the time we reach that final lead in to the race, the coach & athlete will have a fair idea of a likely range of power output on race day. By using key sessions like metric simulation workouts & other key ‘Big Days’ under race specific conditions, assessing this number is relatively straight forward. However, tying this number in to the speed that the athlete can expect for that power is a little more complicated.

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How to pull HRV data from your Training Peaks account

Alan Couzens, M.S. (Sports Science)

July 14th, 2015

In my last HRV post, I outlined a few of the practical issues (esp. for coaches) in keeping track of good HRV data. Namely... a) Many of the available apps significantly decrease the sensitivity of the data, diminishing its usefulness in distinguishing recovery days b) Most apps aren't well suited to the coach's need of easily keeping track of the HRV status of multiple athletes.

At the end of the post, I hinted at the ability to pull HRV data programatically directly from Training Peaks. This is something that I've been doing now for a few weeks for me and my athletes & I've found it super useful, so I figured I'd share it with you guys (in the hope that we get even more of you in on the HRV conversation).

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Periodization in accordance with your natural bio-rhythms:
Art meets science

Alan Couzens, M.S. (Sports Science)

Jun 10th, 2015

“I’ll ride the wave where it takes me” – Pearl Jam ('Release'.)

There was a great article on the McMillan speed blog a couple of days ago on the development of periodization over the years that I referenced/linked to in a tweet...

"Periodization should be based on individual biological rhythms not a selection from a menu of models"
Alan Couzens (@Alan_Couzens) June 7, 2015

The author, Matt Jordan suggested that the evolution of periodization in coaching has resulted in a movement away from the talk of theoretical models and towards a process of “biological problem solving” for the individual athlete... Click here to read more

A quick and easy HRV calculator

Alan Couzens, M.S. (Sports Science)

Jun 5th, 2015

In previous posts, I’ve offered a few different ways to gather HRV data. These range from the complex “all the bells and whistles” Kubios to the various app options which often simplify the data into one (often undefined) HRV ‘Score’. I have personally found that gathering good ‘pure’ (i.e. not proprietary) data from multiple athletes relatively quickly to be a challenge.

My biggest issue with the bulk of proprietary scores (apart from an inherent distrust of folks who refuse to 'show their work') is that, based purely on experience, they lack the sensitivity to be of significant practical use. I.e. in the interests of getting nice looking, consistent scores, they've been excessively 'smoothed'....

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The Science of Heat Management: How hot is too hot?

Alan Couzens, MS (Sports Science)

June 2nd, 2015

"It ain't the heat, it's the humility" - Yogi Berra

I've had a lot of chats with athletes of late focused around one topic - heat!

Ironman Texas was a couple of weeks ago and, unsurprisingly, it was hot! Beyond hot, it was hot and humid. Very challenging conditions for an event that is, by virtue of its duration, already challenging!

I was nervous well before May. As the emails came in.."Coach, I signed up for Texas as my A-Race for this year", I found myself asking one question -- why? Yeah, there were a lot of slots up for grabs given that it was a championship race this year but this 'advantage' had well and truly disappeared pretty early in the piece when we saw the caliber of athlete that was going to be toeing the line this year. Honestly, I think the metaphorically 'hot' race of the year comes down more to chance....

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CTL Ramp Rates, TSB floors & Loading Patterns:
Easy as 1,2,3!

Alan Couzens, M.S. (Sports Science)

May 22nd, 2015

Joe Friel wrote a great blog last week addressing the question of CTL (Chronic Training Load) ramp rates, i.e. just how steep can we ramp an athlete’s training load before the proverbial engine stalls and the athlete comes plummeting back to earth?

I agree 100% with Joe’s statement that the 'right' answer to this is incredibly individual. Some athletes are simply more robust than others and can handle a more aggressive ramp. As luck would have it, this type of athlete also typically needs an aggressive ramp to keep up with the more ‘talented’ (but also more fragile) ‘natural’ athlete who is easily broken with an overly aggressive approach.

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Exercise as therapy

Alan Couzens, M.S. (Sports Science)

May 13th, 2015

One of the less considered (and less talked about) aspects of endurance sports is the use of training/exercise as psychological therapy. History is littered with top level athletes who began their athletic journey by literally “running away from” psychological demons, be they internal or external.

This drive towards endurance exercise as an outlet has powerful neurochemical roots. In the right dose, endurance exercise can significantly increase serotonin levels and boost vagal tone – something that studies have shown to be consistently low in the chronically depressed (e.g. Rechlin et al., 1994)

A slightly different ‘dose’ can significantly decrease levels of circulating cortisol & the anxiety that comes with an over-excited sympathetic nervous system – a measure shown to be high in those with anxiety and panic disorders (e.g. Gorman & Sloan, 2000)

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Overtraining - The Next Level:
Using HRV to get the most 'bang for your buck'

Alan Couzens, MS (Sports Science)

Feb 2nd, 2015

This is part of a 5 part series on using Heart Rate Variability to guide your training. You can find part 2 here, part 3 here, part 4 here & part 5 here.

In previous articles I’ve looked at overtraining and some of the simple tests that you can use to detect it. In this piece, I’m going to turn it up a notch, both in the sophistication of testing explored and in just how broad we make our definition of ‘over training’.

When we think about it, over training means, quite literally, doing more training than is required to reach a given level of fitness or result. In other words, it is not quite as ‘black and white’ as popularly believed. An athlete may well and truly be over-training before he is relegated to a vegetative mess who can’t make it to practice in the morning....

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'Sensible Crossfit for Endurance Athletes'.

Alan Couzens, MS (Sports Science)

Dec 10th, 2014

This past weekend, Endurance Corner hosted our annual coaches clinic. I love these opportunities to get coaches together to learn. While I attend these clinics as a presenter, I always feel I learn far more than I teach. For whatever reason, there is always a great variety in coaches that attend, both in the ‘way’ that they coach and the populations being coached. It becomes clear to me, after spending some time with these people just how specialized my niche is. It’s a good wake up call that there is a whole world of different athletic and coaching perspectives out there and that I will become a better coach by looking beyond my little, specialized, very homogenous world....

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Are you a 'High Responder’ to training?:
Putting the performance back into performance modelling.

Alan Couzens, MS (Sports Science)

Nov 20th, 2014

In a previous post, I talked a little about some of the different ‘types’ of athletes I’ve come across in my years of coaching. The guy smiling (in the midst of a double marathon!) in the pic above is Mike Coughlin, on his way to a 2nd place at the 2011 Ultraman World Championships. Mike is one of the fastest responders to training that I have had the pleasure to work with. Mike took himself from very average fitness levels to World Class levels for his event in the space of 16 (very hard) weeks of training. This is not a normal training response!

In that previous article, I alluded to a system of actually quantifying these differences in training response among athletes. In this article, I want to expand on that a little and give you a readily applicable practical assessment of whether you are a high responding ‘Natural’ (like Mike), an average responding ‘Realist’ or a low responding ‘Workhorse’...

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The Impact of Travel on Performance

Alan Couzens, MS (Sports Science)

Nov 11th, 2014

So far in 2014, the Iron Gods haven’t been smiling favorably on my squad. It is a peculiar phenomenon but it seems that both good luck and bad luck come in batches. Last year was a bad luck year on the training side – I had athletes falling off their bikes in quick succession, picking up weird bugs & overall having a tough go of things, only to be rewarded with surprisingly strong race results. This year was the polar opposite – I had a group of athletes put together perfect builds to arrive at, honestly, ridiculous levels of fitness for age group competitors, only to have their race day performances thwarted by factors that were near impossible to predict or control.

Madame Pele was one of the Gods who seemed particularly annoyed at me for some reason this year. She opened a big gap between ‘normal’ v ‘front of the pack swimmers, turned on the winds early in the bike to widen this gap then instructed the bulk of the AG field to ride with their heads down on a Kamikaze mission centered around anyone who might be coached by me. Needless to say, rear wheels, rear derailleurs and bike splits were the obvious casualties.....Click here to read more.

Did you 'hit your burn' today?

Alan Couzens, MS (Sports Science)

Oct 27th, 2014

OK, I admit it, one of my favorite shows on TV has to be the Biggest Loser. There is something incredibly inspiring about seeing the transformation. Not so much the physical transformation but the inner transformation from someone who is leading the typical ‘office-worker’ life to, what essentially becomes, the life of a professional athlete.

Just like the life of a pro athlete, though, it doesn’t all make the highlight reel. While seeing 350lb folks race up sand dunes might make for good TV, the reality of their physical transformation goes a long way beyond this. So what is the reality? What is the process that leads to these almost unbelievable physical metamorphoses? Every so often, a coach will let the secret slip, usually in response to plateauing weight loss “Well, did you hit your burn?”
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The Benefits of a Legal Draft in a Windy Race

Alan Couzens, MS (Sports Science)

Oct 13th, 2014

With another Ironman World Championship in the books, it’s time for that all important post-race reflection.

This year’s edition of the race saw a return to the normal tough conditions that Kona is known for, i.e. heat and WIND.

The latter of these was particularly strong this year and, consequently, played a major part in the race.

In somewhat atypical fashion, winds were very strong very early in the bike, especially for the age-group male pack and were almost a direct headwind at this point. Later in the race, while remaining relatively strong, they shifted easterly into the sketchy crosswinds that the Kona bike is well known for.
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What type of athlete are you? Part 2:Your Brain

Alan Couzens, MS (Sports Science)

Oct 2nd, 2014

"It is exercise alone that supports the spirits, and keeps the mind in vigor." ~Marcus Tullius Cicero

In a previous EC article, I looked at some of the physical differences that I see, as a coach, between athletes that impacts how I program for them. I broke this classification down into 3 broad categories – high responders (‘The Naturals’), average responders (‘The Realists’) and low responders (‘The Workers’). I’ve recently been reading a great book called ‘Squat Everyday’ by Matt Perryman. In it, he comes to a similar conclusion about the responder-non responder spectrum (in the world of strength training) but also adds a new term to the mix – reactivity.

The idea behind reactivity is that we are all born with slightly different (mental) ‘wiring’ that affects how we respond to a given (general) stimulus. In one corner, we have the ‘high reactives’ – folks who perceive any given stimulus as more intense than average. At the extreme end, we might find disorders such as Autism, where stimuli is perceived as painfully intense. A little further along the scale, we might find the introverts, like myself, who find high stimuli environments very taxing from an energy perspective. Folks who need frequent periods of quiet and solitude to recharge. Click here to read more

Nutritional Periodization for the Serious Ironman…

Alan Couzens, MS (Sports Science)

Sept 18th, 2014

"Don't get set into one form, adapt it and build your own, and let it grow, be like water" - Bruce Lee

In a recent post I outlined the importance of a balanced energy system development for the endurance athlete with respect to aerobic glycolysis and lipolysis and the role that a balanced nutritional approach plays. I suggested that the athlete’s diet should match the demands of their training and that if they are training at intensities requiring aerobic glycolysis, by necessity, they need glycogen to power the training!

I really can't overstate the importance of getting this balance right and the importance of nutrition to the Ironman athlete. As I said in the last post, Ironman is fundamentally a game of a bunch of (similarly) very aerobically fit athletes testing their metabolic fitness head to head....

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How often should I breathe when swimming?…

Alan Couzens, MS (Sports Science)

Sept 12th, 2014

As often as you need to!
... end of blog :-)

Well, that short, simple answer is 100% spot on but I know you want more info that that. So here goes….

I saw this great article on on the subject of breath frequency while swimming & figured I would add some quick observations on the topic.

If you ask around the elite triathlete ranks, you might be surprised by the intensity of views on this subject. Some will swear by the stroke balance that breathing every 3rd stroke provides while others (typically ex pool swimmers) will sing the praises of the extra O2 that breathing every stroke offers. So who is right?

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