Resting Heart Rate, Heart Rate Variability: Still Making Progress?

Although many of my posts aimed at improving health and longevity are focused on diet, in this post I’ll show data that demonstrates that I’ve been able to steadily improve my cardiovascualr fitness. In earlier posts I reported that a resting heart rate (RHR) of 40 beats per minute (bpm) was associated with lowest risk for all-cause mortality (, and I noted my own RHR progress in a year-over-year update, from values of 51.5 – 52.7 bpm in August – Sept 2018 to 49.3 – 48.7 bpm during the same months in 2019 (see Have I continued to make progress?

Shown below are 2 more months of RHR data, from August – November 2018, and the data for those months in 2019:
rhr 4 moFrom August – November 2018, I reduced my RHR from ~52 to 50 bpm, whereas in 2019, I made smaller progress, but the trend is still downward, from 49 to 48 bpm. The 2018 data is significantly different from the 2019 data, as assessed by single-factor ANOVA (p = 8E-14).

Adding strength to these findings is that my heart rate variability (HRV), as a second index of cardiovascular health, has increased during the same period:

hrv2Note that from August – November 2018, my average daily HRV value never topped 48, whereas during the same 4 months in 2019, it was never lower than 52.1, with my best ever HRV values found in November. The 2018 is significantly different when compared with 2019, again based on single-factor ANOVA (p = 5.2E-13).

How am I improving my cardiovascular fitness? That’s a topic for another post, but note that my strength is still pretty good, as evidenced by my 12 pull-ups in the video below!

If you’re interested, have a look at my book!

Michael Lustgarten

Ph.D, Physiology, University of Texas Health Science Center at San Antonio, 2009 B.S., Biochemistry, Queens College, 2003 B.A, English Textual Studies, 1994, Syracuse University

6 thoughts on “Resting Heart Rate, Heart Rate Variability: Still Making Progress?

    1. My cardio duration has stayed mostly consistent since I started tracking RHR and HRV. Similarly, my 1-hour workouts (including weights, core, stretching)have also been consistent at 3-4x/week during that time. I’ve become decently good at managing overtraining and overeating, both which increase my RHR and decrease my HRV. I’d say that, plus the consistency of my exercise cumulatively improving my RHR and HRV.

  1. Hi – cyclists have some of the lowest RHR out there – it’s a perfect cardio exercise.
    I went from 70s to 32 bpm in about nine months by cycling around 10-15 hours a week. I was in my early 20s at the time, tracked everything with heart rate/blood pressure monitor. Your progress has been fairly gentle. Although I’d stay off the roads if you care about your mortality risks haha. Get a peloton bike?

    1. My progress is purposefully slow, as I intend on having continued improvement for a long time. Sure, I could kick ass on a bike or run a lot and get it to lower, faster, but I’m more interested in an approach that I can use for the next 75+ years!

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