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. Author manuscript; available in PMC: 2014 Jun 23.
Published in final edited form as: Med Sci Sports Exerc. 2013 Apr;45(4):706–713. doi: 10.1249/MSS.0b013e31827b0d0a

Table 3.

Estimated effect per ΔMETh/d in running, walking, and other exercise on changes in BMI and waist circumferences in 5935 men and 9451 women when analyzed without stratifying by body weight.

BMI Waist circumference
Males Females Males Females
Males
Coefficients
ΔRunning −0.123±0.004 −0.086±0.006 −0.253±0.015 −0.217±0.023
ΔWalking −0.062±0.014§ −0.174±0.010 −0.261±0.053§ −0.363±0.040
ΔOther exercise −0.017±0.003§ 0.021±0.003§ −0.051±0.009§ −0.043±0.011§
Differences
between
coefficients
ΔRun-ΔWalk −0.062±0.015§ 0.088±0.011§ 0.008±0.055 0.146±0.045
ΔRun-ΔOther −0.106±0.005 −0.065±0.006 −0.202±0.016 −0.174±0.025§
ΔWalk-ΔOther −0.044±0.014 −0.153±0.010 −0.209±0.053§ −0.320±0.041§

Adjusted for baseline age, education, follow-up duration, exercise group (Runners vs. Walkers) and changes in the intakes of meat, fish, fruit, and alcohol, and smoking. In addition, the women’s data were adjusted for baseline parity and menopause status. Significantly different from zero at:

*

P≤0.05;

P≤0.01,

P≤0.001,

§

P≤0.0001, and

P<10-15.