Children and Diving
My 13-year-old son recently completed his Junior Open Water Diver certification, which
provided training to a maximum depth of 18 metres (60 feet). The Advanced Junior Open Water Diver certification is good to 20 metres (70 feet). I understand there are physiological differences between a child and an adult, but what is the rationale for the depth limits?
Opinions vary among dive medicine experts about how to mitigate the complex issues around children and diving, such as age requirements, training levels and limitations. Children are still developing both physically and mentally, which affects the decision about whether a young diver is fully capable or requires some modification. Some training agencies allow in-water
experiences for children as young as 8 years old and certification by age 10.
Concerns about decompression sickness (DCS), out-of-air emergencies and gas toxicities that
occur at greater depths affect depth limitation guidelines, which vary among the training agencies. Along with DCS is the theoretical concern that bubbles from a dive could
occur in and injure an epiphysis (the rounded end of a long bone). In children up to age 18, bones continue to grow from the physis (growth plate), which in long bones (arms and legs) is near each end.
This area, which is quite vulnerable and consists mostly of cartilage, depends on the diffusion of vital substances to and from adjacent tissues that have a blood supply. An injury to this area could result in abnormal bone growth. The main causes of injuries to this region are from activities such as skiing, rollerblading, ice skating and football. Fortunately, no evidence exists of this growth-inhibition injury in young scuba divers, which may be the result of the safety measures imposed along with strict compliance by parents, guardians and dive operators. Decompression stress exists in most dives and at any age.
Other concerns about children and diving involve their maturity level, ability to handle the weight of the gear, higher risk of barotrauma, susceptibility to dehydration, vulnerability to hypothermia, ability to do a self-analysis and willingness to accept risk. While a child’s
maturity can be difficult to assess, questions such as whether you would allow that child to drive a car on the open highway (if trained and the law allowed it) starkly addresses the issue of maturity and judgment.
Additionally, most children will not understand the significance of a subtle symptom or risky situation and may be reluctant to timely convey their concerns. Close, adult supervision is necessary. Comprehensive studies involving children are rare and extremely difficult because of the need for approval from an ethics committee or institutional review board (IRB), which is responsible for protecting the welfare, rights and privacy of human subjects and reviewing
all research involving human participants. With more children diving, however, more data are
being compiled.
— Robert Soncini, NR-P, DMT
provided training to a maximum depth of 18 metres (60 feet). The Advanced Junior Open Water Diver certification is good to 20 metres (70 feet). I understand there are physiological differences between a child and an adult, but what is the rationale for the depth limits?
Opinions vary among dive medicine experts about how to mitigate the complex issues around children and diving, such as age requirements, training levels and limitations. Children are still developing both physically and mentally, which affects the decision about whether a young diver is fully capable or requires some modification. Some training agencies allow in-water
experiences for children as young as 8 years old and certification by age 10.
Concerns about decompression sickness (DCS), out-of-air emergencies and gas toxicities that
occur at greater depths affect depth limitation guidelines, which vary among the training agencies. Along with DCS is the theoretical concern that bubbles from a dive could
occur in and injure an epiphysis (the rounded end of a long bone). In children up to age 18, bones continue to grow from the physis (growth plate), which in long bones (arms and legs) is near each end.
This area, which is quite vulnerable and consists mostly of cartilage, depends on the diffusion of vital substances to and from adjacent tissues that have a blood supply. An injury to this area could result in abnormal bone growth. The main causes of injuries to this region are from activities such as skiing, rollerblading, ice skating and football. Fortunately, no evidence exists of this growth-inhibition injury in young scuba divers, which may be the result of the safety measures imposed along with strict compliance by parents, guardians and dive operators. Decompression stress exists in most dives and at any age.
Other concerns about children and diving involve their maturity level, ability to handle the weight of the gear, higher risk of barotrauma, susceptibility to dehydration, vulnerability to hypothermia, ability to do a self-analysis and willingness to accept risk. While a child’s
maturity can be difficult to assess, questions such as whether you would allow that child to drive a car on the open highway (if trained and the law allowed it) starkly addresses the issue of maturity and judgment.
Additionally, most children will not understand the significance of a subtle symptom or risky situation and may be reluctant to timely convey their concerns. Close, adult supervision is necessary. Comprehensive studies involving children are rare and extremely difficult because of the need for approval from an ethics committee or institutional review board (IRB), which is responsible for protecting the welfare, rights and privacy of human subjects and reviewing
all research involving human participants. With more children diving, however, more data are
being compiled.
— Robert Soncini, NR-P, DMT
Posted in Alert Diver Fall Editions, Alert Diver Winter Editions, Dive Safety FAQ
Posted in Scuba children, Diving Kids, Junior Open Water Diver
Posted in Scuba children, Diving Kids, Junior Open Water Diver
Categories
2024
February
March
April
May
2023
January
March
Terrific Freedive ModeKaboom!....The Big Oxygen Safety IssueScuba Nudi ClothingThe Benefits of Being BaldDive into Freedive InstructionCape Marine Research and Diver DevelopmentThe Inhaca Ocean Alliance.“LIGHTS, Film, Action!”Demo DiversSpecial Forces DiverWhat Dive Computers Don\'t Know | PART 2Toughing It Out Is Dangerous
April
July
August
September
Mismatched Scuba Valves to Cylinder OutletsUnderwater Crime Scene InvestigatorsDive Boat Etiquette – From Yachts to rubber ducksTravel Smarter: Personal Safety While TravelingLiability in ContextLearning from Success. Learning from MistakeDive in the Fast Lane with DPVsKwaZulu Natal shipwrecks: The ProduceAvoid Diving With EarplugsThe Parting ShotWeight loss for diversPredive Warm-UpTara Panton's Cape NudibranchsMonitoring Cardiac Health in Scuba DiversRESEARCHER PROFILE: Petar Denoble: Solving practical issues for divers
October
2022
January
February
UNCERTAINTY AFTER DIVING: Case Report and Recommendations #1.UNCERTAINTY AFTER DIVING: Case Report and Recommendations #2DIVERS LOSING ACCESS TO EMERGENCY CAREUNCERTAINTY AFTER DIVING: Case Report and Recommendations #3UNCERTAINTY AFTER DIVING: Case Report and Recommendations #4Preventing Breathing gas Contamination