I’ve had some personal experiences running an ultramarathon with a spouse. I ran every step of a 100-miler with my wife, Mel. I also DNF’d a 100-miler with her. During both experiences, the miles tried to kill us. And at some point (okay, multiple points) during each race, we wanted to kill each other.

I often get asked if there’s a secret to maintaining consistency. This question usually has the undertone of having your cake and eating it too, i.e. doing excessive training and getting away with it. Yet, it’s a fairly simple formula that I instill in those I coach, as well as in my own racing.

Caffeine is all around us in the form of coffee, tea and chocolate, but most runners don’t have enough knowledge of the substance to maximize its effectiveness. This natural stimulant can be incredibly beneficial when used properly on race day.

In part one of this series, we started with a home-based strength and coordination program to lay the platform for a stronger and more capable runner. In part two, we incorporated outdoor movements and drills to further refine the process. Part three pulls all of these components together and moves them to become efficient and economical trail running.

Since turning 40 almost seven years ago, Jeff Browning has reacquainted himself with strength training. As a professional ultrarunner, he attributes his recent success to his “Tough 21” routine that helps him handle the volume and stress of 100-milers. Read and watch more about this circuit he does a few times per week.

Outdoor drills are an important bridge between the work you completed in a gym or strength training setting, and your actual running mechanics on the road or trail. The movements in the drills described below leverage the coordination, neuromuscular adaptation and strength you recently developed.

The first in a series of three monthly articles on how to make changes in your running mechanics.

Gearing up for a longer ultra, such as a 100k or a 100-miler requires a dedicated training plan with particular focus on getting more miles and more time on feet. One way to accomplish this is with back-to-back long runs. Back-to-back long runs refers to doing long runs on two consecutive days, typically Saturday and Sunday for those with full-time jobs. Back-to-back long runs are a common practice in ultra training, but are they really necessary for success? That’s up for debate in this month’s column!

To me, it’s vital that we all think about trail etiquette – how to respect and maintain the beautiful natural environments that we choose to run through, and how to respect our fellow trail users. It’s important to recognize that we share the trails with others.

We’re off to the races for July and that means many in the ultrarunning tribe will soon be tackling long training runs and races in the mountains. One strategy that’s often overlooked and misunderstood in mountain running is walking up hills.

I have run ultras in the mountains. I have run ultras in the deserts. I have run looped-course ultras. I have run an ultra across Death Valley. I have run solo ultras. But there was one glaring omission from my previous running resume: an ultramarathon with the opportunity to eat ice cream sixteen times per mile.

For those of you, like myself, who are potentially facing triple digit temperatures to match a triple digit race distance, here are some things to consider to keep your ‘A’ goals from evaporating.

If you spend any amount of time talking about ultrarunning nutrition, you are almost certain to hear the term “fat adapted.” The general idea is that a “fat adapted” athlete will be very efficient at burning fat and thus have an immense supply of stored fuel, eliminating the need to ingest large quantities of carbs.

Barely past the halfway point of Run Rabbit Run 100 last September, my legs and feet rebelled. Stiff muscles, achy joints and soles so tender that I winced with each step conspired to abort yet another attempt to run. Dejectedly hiking in the fading light of dusk on a gentle stretch of trail above Steamboat Springs, I said to my pacer, Jacob Kaplan-Moss, “Sorry, this is all I can manage right now.”

Man came out of darkness and into the light, and that was my experience during the 2003 Angeles Crest 100.…

When I first found out I was pregnant, I googled “running while pregnant” and was disappointed in the lack of information out there. There was information about Olympic athletes and information for recreational runners, but not much for someone who fell in between these two categories.

There are many aspects of the ultrarunning community that I love, and one of the most important is the fact that at 99% of races 99% of the folks out there helping the runners are volunteers. It’s easy to take this for granted and just assume that races are volunteer run. But have you considered how a race might differ in atmosphere if the folks handing you water or issuing your bib number were paid employees?

My first experience with significant overtraining from running occurred during my two years of collegiate running for CU-Boulder. I was a decent, All-State high school runner in Colorado’s second largest school class, but my talent and experience were years behind many of my teammates like Dathan Ritzenhein, Jorge and Eduardo Torres, and Steve Slattery. Totally pumped by the simple fact that I had made the team in the annual tryout for a few walk-ons, I dove enthusiastically into my training.

At the end of the year, most of us back off training and allow for a little downtime and reflection, plus, family commitments are especially time consuming (and fun) during the holidays. What should you consider when thinking ahead to next year to allow yourself to keep progressing and improving your running?

By understanding the physiology behind thermoregulation, we can be better prepared for our summer events. Here’s what you need to know about what causes body heat to increase, heat loss mechanisms, why athletes perform worse in the heat and factors to improve performance in the heat.

There is no question that fatigue is the result of physiological compromises in a host of bodily systems (muscular, nervous, hormonal, skeletal, respiratory, cardiovascular, etc.) during an endurance event. However even more critical to this weakening of the systems is the perception of fatigue being encountered. It is the brain that continuously monitors endurance performance and it this organ that eventually determines how far fatigue will be endured.