Feb14
Outdoor Valentine's Dates
Posted By: Daphne's
Categories: a valentines date, California Greek Culture, climbing gyms, climbing walls, Daphne's California Greek, Exercise, Fitness, fitness, fitness, healthy living, Healthy Living, Live Well, Parsva Bakasana, partner yoga, stand up paddleboarding, Tandem Cycling, valentines, valentines day, valentines day ideas, yoga classes, yoga poses, yoga postures

Rather than the typical bouquet of flowers, expensive dinner and that heart-shaped box of chocolates, get both your hearts pumping (literally!) on one of these outdoor, active Valentine’s dates… then maybe add on that bouquet of flowers, dinner and chocolates to score some bonus points with your valentine!
Partner Yoga
Partner Yoga postures utilize the forms and principles of
individual postures while incorporating the presence of another to deepen the
impact of the pose. Both partners are fully engaged and reaping many benefits
just as traditional yoga like balance, strength and flexibility.
Estimated
calories burned per hour: 300 depending on level of exertion and weight.
Rock Climbing
An exhilarating and challenging sport that can be enjoyed
almost anywhere! Besides the obvious health benefits related to climbing (improved
cardiovascular health and full-boyd muscle toning), the outdoor or indoor sport
is great for communication between you and your valentine or (in rock climbing
terms) climber and belayer.
Estimated
calories burned per hour: 400 depending on level of exertion and weight.
Stand Up Paddleboarding
Improve
your balance and strengthen major muscle groups (shoulders, arms, legs, back
and core) and soak up some vitamin D during this water workout!
Estimated
calories burned per hour: 250 to 1000 depending on level of exertion and
weight.
Tandem Bike
Strengthen the bond, teamwork and endurance with your
significant other on this double workout on wheels.
Tip: Put the stronger rider up front to for all of the
shifting, steering, braking, and heavy pedaling.
Calories
burned per hour: up to 500 depending on level of exertion and weight.







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