4. No-one has addressed my earlier question of, if the tacklers action had flipped the player over and he had landed on his noggin, would there still be as much sympathy for the tackler taking his legs out from under him whilst in the air?
I did.
You are implying that it is more likely to happen when a player jumps to catch a pass. I think that is utter nonsense, and I showed you a video which proves conclusively that a player can be flipped without having jumped to catch a pass.
The game is being over sanitised in my view. Injuries occurring as a result of FULL LEGAL tackles make up the greatest proportion of all injuries in the game, more than from all other causes combined. Perhaps we should just make tackling illegal and play tag rugby instead
ETA
Here are the details.
www.mdpi.com/2075-4663/3/1/21/pdf
If those here can't be bothered reading it, that's fine by me (you can lead a student to knowledge but you can't make then learn).
Just make sure you read the last paragraph, I think y'all will be surprised at what it says
4. Cause of Injuries
Most injuries (70%) occur following contact with another player. Tackling causes most injuries (between 36% and 58%), 23%–29% in players who are tackled and 13%–27% in players tackling; the frequency increases for faster players. Other studies confirm a higher rate of injury in players being tackled. The injury rate as the result of tackles can be divided as follows: 39.1% for tackles from the side, 30.4% for tackles from the front, 26.2% for tackles from behind. Of injuries suffered during tackles,
22% were to the neck, head or face,
17% to the knee,
14% to the shoulder,
10% to the arms and hands,
8% to the ankles
8% to the thighs.
Players who were tackled mostly suffered injuries to their lower limbs (51%), in comparison with their upper limbs (15%) and head (17%), while players who were tackling mostly suffered injuries to their arms (35%), followed by the head (28%) and the lower limbs (27%) [6]. Other reported causes of injury, such as rucks and mauls (15% to 36%), running and changing direction (10%) and entry into the scrum (1% to 7%), cause fewer injuries, but these can potentially be more serious, particularly in relation to entry into the scrums. Approximately 40% of all rugby-related spinal cord injuries can be attributed to the scrum. During the engagement phase, the forces generated at the interface between the two front rows during scrummaging are considerable and include forces in multiple directions, mainly forward but also downward. This is the reason of the changing rules of the game relating to entry into the scrum to avoid this type of catastrophic injury.
The cause for around half of ankle injuries (53%) is contact, 35% are non-contact incidents with another player and 12% are due to unknown causes. The majority of shoulder injuries occurring during matches follow contact with another player (97%), mostly during tackles (65%; 40% for players tackling, 25% for players being tackled). A large proportion of dislocated shoulders and acromioclavicular disjunctions occur during tackles. Seventy-two percent of knee injuries during matches occur during contact, 22% are non-contact related and 6% have no known cause. Tackles cause the largest proportion of knee injuries.
Injuries also occur as the result of foul play, which is rarely penalized by the referee, with proportions ranging around 13%.
Of all injuries, 5% are as the result of foul play. Head injuries (including injuries to the face and eyes) and muscular contusions were found to occur more frequently in foul play than non-foul play. During the last World Cup, tackles caused the most injuries in matches (45%), while contact caused the most injuries during training