Long Run for the Half and Full Marathon (Part 2)

On an earlier post, I talked about integrating faster work within the long run. Several people reached out and asked about the length of long runs, how many, and volume of intensity within a long run

How many long runs:

  • For marathon, I like to program a minimum of 4 runs in the 32 to 36km range. If someone needs to build their aerobic capacity, this may be increased to 6.

  • For half marathon, I like to program a minimum of 4 runs in the 23 to 28km range. If someone needs to build their aerobic capacity, this may be increased to 6.

How many runs with intensity and how much intensity:

  • 4 runs with intensity is my preference for a marathon or half marathon build. These are built up with each run. For the marathon, the maximum distance of built in intensity within the long run is 25km, and for the half marathon 10 to 12km. Again, this depends on the athlete but this is a pretty good general guideline.

  • Programmed every 2 to 3 weeks. Depends on the how long the training cycle is.

Type of Intensity within the Long Run:

  • Marathon- marathon pace and faster pace work

  • Half marathon – half marathon and faster pace work.

  • Generally, I like to break these into segments. Marathon- 3km up to 10km segments. Half marathon- 1km up to 5km segments.

  • Here are some long run inserts I recently built into programs of runners with years of running with me.

Marathon Specific:

  • Within a 30 km long run, usually after running for 60 to 75 minutes, 8x 90 seconds at 10 mile to half marathon effort with 4 to 5 minutes at MP.

  • Within a 30 to 32 km run, 2x (6 to 8km at MP/ 2 min easy/ 2 km HMP/ 3 min easy).

Half Marathon Specific:

  • With a 22 to 25 km run, 3k at HMP, 2k at HMP, 2x 1 km at 10km pace with 3 minutes easy between all.

  • Within a 22 to 25 km run, 3x 3km run progressively for each km. Starting at HMP and descending down to 10km effort for the last Km. 3 to 5 minutes easy running between.

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Long Run fast finishes and fast segments

I integrate fast finishes and faster tempo running in long runs for all distances. For the marathon, marathon paced work is included in long runs at various points of the build toward the race.

Why:

  • To teach your body to burn lactate.

  • To teach your body to recruit more muscle fibers. In this example, our intermediate muscle fibers.

  • For the marathon, to gain a better understanding of fueling and hydration requirements.

Examples:

10km Training

  • 20 to 25 minute pickup at the end of a long run

  • 30 min pickup in the middle of a long run

  • 6 to 10 times 1 minute to 2 minutes surges halfway through a long run every 5 minutes.

Half Marathon Training

  • 20 to 25 minute pickup at the end of a long run

  • In the middle of a long run including 3 km at marathon effort, 2km at half marathon effort, and 2x 1km at close to 10km effort. Taking 3 minutes easy between all.

Marathon Training

  • 20 to 30 minutes at marathon pace at the end of a long run

  • Every two to three weeks replacing a long run with a marathon pace run. The volume of these build throughout the preparation period. For those who have not been exposed to these before, I suggest something like this:

    • 13 weeks out 6x10 at MP

    • 11 weeks out 5x15 min at MP

    • 9 weeks out 4x20 min at MP

    • 7 weeks out 2x30 min + 10 min at MP

    • 5 weeks out 2x40 min at MP

    • 3 to 4 weeks out 80-90 min at MP

  • More advanced runners may work up to 25 to 30km at marathon pace as they near the last 4 to 8 weeks of the marathon build.

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Alternations

I use this type of workout in marathon and half marathon builds extensively. These are also effective at other distances. What changes is the specificity of the pace varying to the distance we are training for.

Why and how:

  • Alternations improve our ability to handle lactate.

  • We vary the pace so that it is slightly faster than lactate threshold and slightly slower.

  • The benefits of this type of training comes from the work done at the slightly slower than lactate threshold. The work we do above lactate threshold causes our blood lactate to rise. When we transition to the slower pace, we are teaching the body to clear the lactate.

Examples:

Marathon training

  • Early block: 8 to 12 km continuous as 1000m at slightly faster than LT - near 10km effort, RPE 7.5 to 8 / 1000m at MP, RPE 5 to 6

  • Later block: 2 to 4 sets of 3000m at MP, RPE 5 to 6 or slightly faster / 1000m at 10 seconds slower than MP.

Advice:

  • Pushing the pace defeats the purpose of the workout and can lead to the slower sections becoming too slow.

  • Rhythm runners or those with a strong aerobic engines tend to do well in executing these sessions.

  • Runners used to pushing out fast intervals with decent recovery tend to struggle with these sessions.

  • Integrate alternations into your training plan every three to four weeks.

  • Stick to about 10% of your weekly distance for alternation volume in a session.

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Building a Performance-Oriented Plan

Training for only a marathon distance, and neglecting training for shorter distances, often can result in not getting the opportunity to improve your VO2max and running efficiency. This ultimately impacts or limits the ability to improve performance at the marathon distance. Training needs to include a change of stimulus. Without adding a new stimulus, often fitness will decline. It is important to train all energy systems.

My approach, for those more focused on performance at the marathon distance, is to look at things over 18 months to 2 years. Below I outline a typical strategy to achieve this by breaking out the 18 to 24 month period into blocks with specific focus, and addressing the need for training all energy systems and providing new stimulus to make gains.

I also outline the typical approach I take with athletes who are training specifically for the half marathon, and 5k / 10k distances. I break out my blocks over a year for these distances.

Regardless of the distance you run, the key to endurance is our anaerobic threshold. It allows us to run a faster speeds before fatigue and lactic acid begin to take place.

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Marathon Performance Plan

Marathon: the main ingredients are aerobic threshold, muscular endurance and fuel efficiency.

Aerobic threshold is the fastest pace you can run while staying aerobic.

Muscular endurance is the ability to hold it together without falling apart.

Fuel efficiency is about how efficient you are at burning fat

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Half Marathon Performance Plan

Half marathon: the main ingredients are stamina (lactate threshold and anaerobic threshold), muscular endurance, and speed endurance.

Lactate threshold is the point where lactic acid is just beginning to accumulate.

Anaerobic threshold is the level of exercise intensity at which lactic acid accumulates in the blood stream faster than it can be cleared away.

Muscular endurance is the ability to hold it together without falling apart.

Speed Endurance endurance is your ability to hold a specific pace for an increasingly longer period of time. 

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5k / 10k Performance Plan

5k / 10k: the main ingredients are VO2max, speed endurance, and running efficiency.

VO2max is the maximum amount of oxygen your body can utilize during exercise.

Speed Endurance endurance is your ability to hold a specific pace for an increasingly longer period of time. 

Running efficiency is the ability to recruit maximum muscle fiber with each stride without increasing effort.

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How is your form? Are you focusing on the right thing?

Increasing cadence and stride length, how often do we hear and read this? Too often! The focus of proper run mechanics should be on getting the athlete to place the foot down underneath the center of mass. When the foot makes ground contact, the foot and knee should be in alignment and the shin perpendicular to the ground. Speed comes from applying force to the ground in the correct way. Once an athlete understands and is able to apply force, correctly, an athlete will naturally run faster, and range of motion and cadence will increase.

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Focusing on correcting arm swing can have a huge impact on your running. For distance runners, hands should stay close to the body, with elbows sticking out as much as required to make this easy. Hands should move on a diagonal pathway, from your breastbone to your sides. If you are engaging your core (and you should be) the turning of your upper body causes your hands to swing to the midline. The lateral movements of your spine, which shift weight from one foot to another, result in your hands moving in a more circular movement.

If you over stride, keeping your hands close to your body will keep your feet landing close to your center of gravity. If your hand is far from your chest, the torso and head move backwards to compensate, and the push from the foot in late stance ends up somewhere between them to move you forward.

When we run we need to push ourselves forward and upward from the ground. Improper arm swing results in using more energy: pulling shoulders back, forcing the chest upward which results in it being impossible to lean forward. When our hands are close to our chest we lean forwards and are in a better position of power and for our bodies to be pushed forwards.

Lastly, the arm swing comes from the shoulders. Driving the elbows back and up. This is what aides stride length. There is no driving the arm and elbow forward as this should happen naturally.

I suggest playing around with positioning of hands and distance of arms from torso to see how it alters your running form and the ability to create force.

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Key Performance Indicators for the Endurance Athlete

I was recently at several coaching seminars and I was intrigued by something one coach indicated that was foundational to his coaching philosophy. It is something I have done informally with the athletes/clients I coach. The philosophy centers around Key Performance Indicators (KPIs) for the athlete. For the past couple of days, it has been on my mind. These are things that I think every distance/endurance athlete can use to measure themselves against the process of training.

Here is my take on KPIs that an athlete can adopt which center around the process.

1.       Days missed. Consistency is key when it comes to endurance and running. As an athlete it is important to assess what you can commit to in terms of days of training per week. Hitting the days, you can commit to is better than missing days of training week over week. Goals and expectations need to align with what you can commit to.

2.       Volume per week and volume per year. Getting better at distance running is not a short-term endeavour. It takes years to become stronger, faster, and better. Volume is better than intensity when you are a distance runner. Distance running is about building muscular endurance and fueling capabilities. We are training to create energy in the muscle. A consistent build over years is essential for longevity and building strength.

3.       Maintenance of intensity in training. Keeping intensity in training is critical throughout the year. It becomes even more important as we get older (over 35 years of age). Use it or lose it. The volume of intensity must align with your volume of running as well.

4.       Rating of training sessions by using Rate of Perceived Exertion (RPE) post workouts. With the GPS and social media era everything has shifted to pace and how fast one can run in training. This has caused many to lose sight of the purpose of a particular training session. Ranking the session by RPE and asking if the RPE matched the intention of the session can be the most important signal to overtraining, onset of sickness, and adaptation. Be honest about your effort.

5.       Ownership of the process. As an athlete are you asking yourself, “what can I be doing”. This includes getting enough sleep, rolling, mobility, massage, timing of nutrition, keeping a training journal and communication with your coach.

I looked back on my own training diaries over the years and found that these were all measured and documented within my logs. No matter what level of athlete you are, these KPIs can be valuable in your development and create ownership in the process.

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Strategies for the Masters Endurance Athlete

At age 35 and beyond the body goes through some important changes. With ageing comes reduction in:

  • Growth Hormones

  • Testosterone

  • Oestradiol

What does this mean for the ageing athlete:

  • Increased risk of injury

  • Reduced Anaerobic Threshold

  • Reduced bone mineral Density

Some changes the ageing athlete can make to their routine that will go a long way to keep you training include:

  • Longer warmups

  • Polarization of training (need to prevent Type II fast twitch decline and denervation)

  • Multidirectional strength training

  • Prioritize sleep and recovery

  • Protein: 1.2 to 1.5 g/kg/day. Timing: 25g every 3 hours. Pre-sleep intake of Casein

  • Vit D

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Why is the core important in running?

The core consists of the abdominal muscles, obliques, back, hip flexors, pelvic floor, hamstrings and diaphragm. When the foot is on the ground, the glutes are in charge, and when the foot is in the air, the abdominals are in charge.

When the foot hits the ground our core stabilizes our torso. Energy generated from the foot hitting the ground is transferred through the core. That energy is lost with a weak core. A weak core results in compensation movement to keep us balanced throughout the running stride. This compensation is what allows injury to creep in.

When analyzing running form, the faults I look for are:

•Excessive rolling in as the arches collapse which can lead to imbalances right through to the spine.

•Excessive hip adduction which causes excess load on the IT band, TFL, and gluteus medius.

•Restrictions in trunk rotation and shoulder extension. This causes issues with spine, hip, and trunk rotators.

•Poor hip extension which is a sign of tight hip flexors and weak gluteal muscles. This places more pressure on the lumbar spine.

Once we have corrected for these faults, we can begin to focus on proper foot placement and cadence.

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Hill Training on a Treadmill

This is old article. It has some great workouts on training hills on a treadmill. It is written by Own Anderson.

Owen Anderson explains how to set the speed and inclination of the treadmill to mimic hill training

Hill training is great for athletes engaged in sports that involve running, because hill training enhances running economy, functional strength, threshold, and . However, outdoor hill workouts can be problematic under windy and wet conditions – or for athletes who live in flat regions of the country. Fortunately you can carry out your ‘hill training’ indoors on a treadmill – and often get a better workout than would be the case outside!

Although most athletes recognize that treadmills can simulate hills and that it is possible to get a great workout on a treadmill, they are often stumped by two key questions: how fast should the treadmill speed be set? How much of an inclination should be utilized? Training on a treadmill creates a need to make some choices – it’s not as simple as just charging up the highest hill in the neighbourhood.

For the runners I coach, I often recommend an initial treadmill ‘hill’ workout which combines current 10-K pace with a 4-per cent inclination. 10-K speed is a quality pace; it’s above lactate threshold and therefore induces a fair amount of lactate production, especially with the non-zero inclination of the treadmill. As such, it provides a nice stimulus for lactate threshold to improve. It’s also a competitive speed; running at 10-K velocity should improve your economy at that pace and therefore ultimately enhance your 10-K times. If you don’t know your current 10-K tempo, you can ballpark it by slowing down current 5-K speed by 15 seconds per mile – or else run an all-out mile on the treadmill at your best-possible pace. 10-K tempo should be around 45 seconds per mile slower than this mile effort.

There’s less science associated with the choice of the 4-per cent inclination. Basically, it’s just an in-betweener – sloped enough to require your leg muscles to increase their force production yet not so steep as to severely limit the time duration of your work intervals.

A starter workout For an opening treadmill hill workout, try 3 x 3 minutes at 10-K speed with a 4-per cent inclination and three- to four-minute jog recoveries (at just 1 per cent). This workout is conservative, as all initial training sessions of a particular type should be, but over time you can progress to five to seven work intervals, with slightly shortened recoveries. You can also increase the speed with which you tackle the ‘hills’ if your current 10-K pace improves (i.e., if you run a 10-K race and improve on your previous time) – or if the chosen treadmill pace begins to feel rather easy. If the pace begins to feel fairly moderate, increase the treadmill speed by about eight seconds per mile.

If the above basic training session happened to be the only hill workout you carried out and you performed it faithfully once a week for six weeks or so, your running capacity would probably improve in a couple of key ways, but the session does have some shortcomings. For one thing, you’ll probably encounter slopes which are more challenging than 4 per cent in some of your key races. For another, a 4-per cent ‘hill’ doesn’t really stretch your leg muscles to the limit; it doesn’t require them to max-out force production in order to keep you going at a decent pace. You’ll need about an 8- to 12-per cent treadmill inclination to accomplish that.

The choice of 10-K speed is also somewhat of a ‘problem’. Obviously, your goal as a runner is not to always run at 10-K velocity; you’d like to be a little more explosive than that. While it’s true that your non-hill speed sessions will help you develop that quickness, it’s also important to combine high muscular force production, which is what occurs when you run up hills with extreme quickness (very fast running speeds). Only by linking great force production with exceptional quickness can you develop the capacity to run as powerfully as you possibly can.

For that reason, the following workouts are also very worthwhile:

(1) 5 x 90 seconds at 5-K pace, using a 4-per cent inclination and two- to three-minute jog recoveries (start with three minutes and work down). The number of reps can be progressively advanced to 10 or so. If the 4-per cent inclination feels too tough at first, change to 3 or 3.5 per cent.

(2) 7 x 45 seconds at 3-K pace (15 seconds per mile faster than 5-K speed), with 4-per cent inclination and three-minute jog recoveries. Over time, the number of reps can soar to 20.

Coordinating either one of the above sessions (90-second intervals at 5-K pace or 45-second stressors at 3-K velocity) with the original 10-K workout (3-minute intervals) by doing both the 10-K effort and the 3-K or 5-K-paced scalder once a week for a total of six to eight weeks or so should make a big difference to your functional strength and your overall running. However, that won’t be quite enough to truly optimize your functional running strength and hill-running capability!

A more serious inclination That’s because you haven’t yet stressed your muscles with a really serious inclination, as we mentioned above. That can be accomplished with an 8- to 12-per cent slope and the utilization of work intervals which initially last only 30 seconds or so but gradually progress to 60 seconds. You don’t need to worry about your actual running speed during these severe ascents. Just follow the well-thought-out advice of my high-school running coach and ‘Go hard!’ In truth, the idea is simply to stay relaxed and rhythmical and – ultimately – to maintain a very high intensity as you jet ‘upward’. For your first few sessions with such a steep slope, don’t worry about maxing yourself out physiologically; instead, focus on your form. Make sure your arms are pumping vigorously – straight ahead and straight back, and try to maintain a body position which keeps you roughly perpendicular with the floor below the treadmill. This will mean that you’ll be leaning forward slightly, relative to the treadmill surface (you won’t be at right angles with it).

Once you are comfortable with running on the steeper slope, you can work on actually running faster during the workouts. Again, don’t worry about how this speed relates to your various racing velocities (true velocity with the 8- to 12-per cent inclination won’t be anything to boast about, because of the slowing effect of the incline). Just try to progress so that you can eventually run as hard as you can on each work interval, while staying under good . For your first workout, it’s wise to utilize just seven or eight work intervals, with three-minute rests. Eventually, you can hit as many as 20 45-second reps or 15 one-minute repetitions per workout.

Upping the time We’re not quite done yet! All our work so far has involved relatively short work intervals of no more than three minutes, so it would be beneficial to add the challenge and reality of more continuous running at an upscale speed – on a more modest hill. After all, you want not only greater, quicker, force production, you want also to be able to sustain your upgraded force production for prolonged periods of time. Thus, we recommend the following:

(1) With a 2-per cent inclination, run 3 x 8 minutes at your current 10-K pace, with four- to five-minute jog recoveries.

(2) Also with a 2-per cent incline, run 20 minutes continuously at a pace which is 10 seconds per mile slower than your current 10-K speed. Yes, this is a ‘tempo run’, albeit with a higher intensity than traditional tempo runs because of the slight incline.

(3) Again at 2 per cent, blast off with 3 (or 4) x 5 minutes at current 5-K pace, with four-minute recoveries. Over time, you can raise the inclination to 2.5 per cent for these three workouts and reduce times for the two interval workouts. In addition, you could even try three-minute intervals at 3-K pace with a 2- to 2.5-per cent grade.

Of course, although hill workouts are highly beneficial for improving specific strength, running economy, lactate threshold, and vVO2max, they tend to be not so specific to competitive performance (when’s the last time your race consisted of nothing more than 15 reps up a 200-metre hill with jog recoveries, for example). Thus, you’d be wise to increase the ‘reality’ of your hill training a little bit.

It’s not the hill, but the recovery In doing so, it’s important to remember one other ‘fact of life’ for runners: one of the toughest points in a race is often not a severe hill per se but the quarter-mile or so of flat roadway which follows it. Often, runners deplete themselves so much going up a hill that they fall off pace on the easier, pancake-flat section of the race course which follows. It is often not the hill which hurts performance time, but the recovery from the hill. That’s why when runners tell me they are strong on hills, I always respond ‘That’s great – but how are you on the level after you have run so aggressively on the uphill.’ The sheepish looks which follow tell me that the following workouts will be beneficial for most endurance runners:

(1) Run for 90 seconds at 10-K pace with a 4-per cent inclination, immediately followed by 90 seconds at 5-K speed with just a 1-per cent incline. This adds up to a 3-minute work interval, and up to six of these can be completed per workout, with three- to four-minute recoveries.

(2) Run for three minutes at 10-K pace with a 1-per cent inclination, followed by 30 seconds very hard at an 8-per cent inclination, finished up with 90 seconds back at 1 per cent. This is a five-minute work interval, and four can be completed per training session, with four-minute jog recoveries.

(3) Run for 25 minutes continuously at a pace which is 10 seconds per mile slower than current 10-K speed, but every five minutes run for one minute at the same speed but with a 4-per cent elevation. After each of these rugged minutes, immediately go back to tempo pace (10 seconds slower per mile than 10-K quickness, with 1-per cent inclination).

Putting it together As you can see, there are quite a few valuable workouts! How should you put this all together? Let’s say you’d like to spend about eight weeks working on your running-specific strength, which is an excellent idea. Below you’ll find the kind of schedule you could follow. Only the quality workouts are shown, and it’s assumed that you are in moderately good shape before embarking on the programme:

Week 1 (1) 4 x 3 minutes at 10-K pace and 4-per cent inclination, with three-minute jog recoveries (2) 5 x 1.5 minutes at 5-K pace and 4-per cent inclination, with three-minute jog recoveries (3) A long run at moderate pace (over either rolling or flat terrain)

Week 2 (1) 7 x 45 seconds at 3-K pace and 4-per cent inclination, with three-minute jog recoveries (2) 20 minutes of continuous running at a pace which is 10 seconds per mile slower than current 10-K speed, with a 2-per cent inclination

Week 3 (1) 8 x 45 seconds at high intensity with a 10-per cent inclination (see full description of this workout above), with three-minute recoveries (2) 5 x 3 minutes at 10-K pace and 4-per cent inclination, with three-minute jog recoveries (3) A vVO2max session on the flat (5 x 3 minutes at vVO2max, with three-minute recoveries)

Week 4 (1) Work intervals consisting of 90 seconds at 10-K pace with a 4-per cent inclination, immediately followed by 90 seconds at 5-K speed with just a 1-per cent incline (three-minute work intervals). Perform five work intervals during the session, with three-minute recoveries (2) 7 x 1.5 minutes at 5-K pace, using a 4-per cent inclination and three-minute jog recoveries (3) A long run (at least four miles longer than your average daily distance)

Week 5 (1) 25 minutes of continuous running at a pace which is 10 seconds per mile slower than current 10-K speed and a 1-per cent inclination, but with every fifth minute at a 4-percent inclination (2) 12 x 45 seconds at very high intensity with a 10-per cent inclination (see full description above), with three-minute recoveries

Week 6 (1) Three minutes of running at 10-K pace with a 1-per cent inclination, followed by 30 seconds very hard with an 8-per cent inclination, finished up with 90 seconds back at 10-K pace and 1 per cent. Perform four of these work intervals during the session, with four-minute jog recoveries (2) 5 x 3 minutes at 5-K pace and a 3-per cent inclination, with three- to four-minute recoveries (3) A long run, preferably over rolling terrain

Week 7 (1) 12 x 60 seconds at very high intensity with a 10-per cent inclination (see full description above), with three-minute recoveries (2) Work intervals consisting of 90 seconds at 10-K pace with a 4-per cent inclination, immediately followed by 90 seconds at 5-K speed with just a 1-per cent incline (three-minute work intervals). Perform six work intervals during the session, with three-minute recoveries.

Week 8 (1) 25 minutes of continuous running at a pace which is 10 seconds per mile slower than current 10-K speed and a 1-per cent inclination, but with every fifth minute at 4 per cent (2) 15 x 60 seconds at very high intensity with a 10-per cent inclination, with three-minute recoveries (3) A long run (at least 10 miles) over hilly terrain, working hard on all uphills and maintaining a quality pace for at least 200 metres after cresting hill tops.

Be sure to before all of these workouts, paying particular attention to loosening up and coordinating your calf muscles, Achilles tendons, and plantar fasciae, which are especially stressed on hills. Recover afterward with light stretching and copious quantities of sports drink, fruits, and vegetables, and remember that the hard work you are carrying out offers many special rewards, including improved strength, enhanced economy, and a lifted-up lactate threshold. The bottom line is that if you become great at ‘mill hills’, you will also be dynamite on the roads.

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Spicing up Lactate Threshold Training

The threshold run is well known to all distance runners. It is the staple in most running programs. I feel, it is also misunderstood, and not utilized to its full benefits in training.

Threshold runs are executed at the fastest pace one could maintain for an hour if racing and equates to 86% to 88% of VO2max. If using rate of perceived effort (RPE), this is a RPE of 7.5 to 8.

Athletes slowing down on sustained 20 to 40-minute tempo runs, and in their running in general, may need to  integrate some other variables into training to improve threshold. It appears that the body is getting less efficient rather more efficient. Yet, the purpose of threshold training is to build strength and speed. By running at or near lactate threshold, the body should become more efficient at clearing lactic acid and reusing it to fuel muscles. For an endurance athlete, this is key.

The reason an athlete may not see improvements has to do with muscle fiber recruitment. In a continuous 20 to 40-minute tempo run, the muscle recruitment is mostly the slow twitch muscle fibers and some intermediate muscle fibers. At slower paces we also utilize more quadriceps and calves, and at faster paces, the glutes and hamstrings are utilized more.

Staleness, lack of adaptation, or declining performance are signals to change training approach by adding a new stimulus or manipulator. To improve or challenge the ability to run stronger, it is important to mix up threshold training. Adding training within our threshold work that recruits all the muscle type fibers available can be extremely beneficial. We become more efficient but also minimize fatigue because of accessing a larger pool of muscle fiber types. Increasing the recruitable muscle fiber pool enables fast twitch muscles to jump in and do some of the work when the slow twitch muscles become overwhelmed. This aids in sustaining pace over longer efforts which is the purpose of training at threshold.

As a coach, I look at training as imposing a serious of threats upon our body/muscles to improve fitness. Experienced coaches understand how to manipulate variables in training to continuously impose threats to get the most out of their athletes. When it comes to increasing/improving threshold the same old sustained 20 to 40-minute threshold run needs some spice. Here are some examples of threshold work and manipulators that can provide some spice to training and provide threshold with an uplift. When we first introduce these types of manipulators, athletes will struggle. This is a good thing. The body is learning to again become efficient at clearing lactic acid and reusing it to fuel muscles. It is not always about hitting the pace, effort is what counts. The workout is achieving what it is supposed to.

Ingredients to add to threshold workouts:

10 minutes at threshold / 3 minute easy / 5 x 2 minutes or 600m at 3k to 5k effort with 90 seconds active recovery between each effort and 3 min after last one/ 10 minutes at threshold.

Alternations or under overs – alternating running slightly faster than threshold with running slightly slower than threshold. I like to build these over a training block by adding distance to each portion and to the overall volume of the workout

Fartlek runs – 3x 1 minute at 3k to 5km effort with 1 to 2 minutes active recovery between each effort and 3 minutes after the last one / 10 to 15 min at threshold / 2 to 3 min active recovery /  3x1 minute at 3k to 5 km effort with 1 to 2 minutes active recovery between each effort.

4 to 6 short hills of 1 minute in duration / 3 to 5 min easy / 10 to 20 minutes at threshold.

3 to 5 x mile performed as 200m at faster than threshold and 200m at slower than threshold with 5 minutes active recovery between each mile. Do not underestimate how difficult this workout is.

30-minute tempo as 10/8/6/4/2/ minutes at slightly faster than threshold with 60 to 90 seconds between.

40-minute progression run: 15 minutes steady, 10 minutes faster, 10 minutes faster, 5 minutes fast but controlled.

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