Easy calculations to estimate calorie needs for a multi-day kayak
or canoe trip in the Everglades
Before planning your meals, do the simple
calculations or use the chart below to get
a good estimate of how many calories
you burn during a typical day of leisure
kayaking or canoeing.  These are not
estimates for the athlete who is competing
or training for competition.  
For a detailed explanation of how these calculations were derived, please refer to my article: Calories burned during a multi-day kayak or canoe trip or race.  Once
you know your calorie needs, check out my
meal plans to help you meet your nutritional requirements.

Before doing the calculation, you need to know your body weight in kilograms.  Divide your weight in lb by 2.2 and this gives you your weight in kilograms (kg).

The following calculation estimates your paddling expenditure based on a relatively leisurely pace.  When estimating the total time you spend doing this, do not
include time spent drifting (not paddling) or getting out and taking a break.  Try to estimate the actual time spent paddling.  The time spent NOT paddling includes
everything from sitting quietly, various camp activities, walking and sleeping.  It is an average of all the usual activities during a kayak/canoe trip.

An easy calculation for calories burned during a paddling trip through the Everglades:

TOTAL DAILY CALORIES = (body weight x 5 x number of hours paddling) + (body weight x 1.5 x hrs not paddling)

Example: Body weight = 155 lb, convert to kg: 155/2.2 = 70 kg
       Estimated average paddle time = 4 hrs per day
       Estimated average non-paddle time = 24-4 = 20 hr per day

Total daily calories = (70 x 5 x 4) + (70 x 1.5 x 20) = 1400 + 2100 = 3500 calories
Estimated calories burned in one day are listed in 5
columns below, each headed with a number associated
with the hours of paddling for one day.  Body weight is
listed in lbs in the left column.  To find your estimated
calorie needs, choose the appropriate paddling hours from
the columns and find the calorie value that corresponds
with the weight that comes closest to your weight.    

           
 2 hr         4 hr          6 hr          8 hr        10 hr
110        2150        2500        2850        3200        3550
115        2248        2614        2980        3345        3711
120        2345        2727        3109        3491        3873
125        2443        2841        3239        3636        4034
130        2541        2955        3368        3782        4195
135        2639        3068        3498        3927        4357
140        2736        3182        3627        4073        4518
145        2834        3295        3757        4218        4680
150        2932        3409        3886        4364        4841
155        3030        3523        4016        4509        5002
160        3127        3636        4145        4655        5164
165        3225        3750        4275        4800        5325
170        3323        3864        4405        4945        5486
175        3420        3977        4534        5091        5648
180        3518        4091        4664        5236        5809
185        3616        4205        4793        5382        5970
190        3714        4318        4923        5527        6132
195        3811        4432        5052        5673        6293
200        3909        4545        5182        5818        6455
205        4007        4659        5311        5964        6616
210        4105        4773        5441        6109        6777
215        4202        4886        5570        6255        6939
220        4300        5000        5700        6400        7100
All Rights Reserved.
Copyright Constance Mier, 2007