If you want to do real research, then propose that tech diving either is or is not unsafe, and then attmept to prove your hypothesis.
To do that you'll have to develop a research design where you determine and define the independent and dependent variables, define and operationalize all your terms, develop your measurement criteria in order to confirm or disconfirm your hypothesis. Then you'll need to collect the data and analyze the results. You will also need to review existing research studies in other journals. Info trac offers a subscription service as does the APA which would allow you do search and read articles on-line and print them if desired. There are already extant studies of recreational scuba saftey that would give you a baseline to compare against as well as provide some ideas for research methodolgy.
You could gather data on accident numbers and then try to compare them with participation numbers to determine accident rates, which in diving is easier said than done.
If you choose to study specific predisposing factors, you may want to limit your study to a smaller number of factors such as macho effect and peer pressure rather than a large number of factors that will make definitive conclusions very elusive.
You could also focus on accident analysis and identify factors that place a diver at increased statistical risk for an accident. This is an approach some agencies already use.
In either case, you need to go in objectively and be just as willing to disprove your hypothesis as prove it. Actually, you usually learn more when your theory bombs out than when it is confirmed and it almost always provides the opportunity for much more productive research.
To do that you'll have to develop a research design where you determine and define the independent and dependent variables, define and operationalize all your terms, develop your measurement criteria in order to confirm or disconfirm your hypothesis. Then you'll need to collect the data and analyze the results. You will also need to review existing research studies in other journals. Info trac offers a subscription service as does the APA which would allow you do search and read articles on-line and print them if desired. There are already extant studies of recreational scuba saftey that would give you a baseline to compare against as well as provide some ideas for research methodolgy.
You could gather data on accident numbers and then try to compare them with participation numbers to determine accident rates, which in diving is easier said than done.
If you choose to study specific predisposing factors, you may want to limit your study to a smaller number of factors such as macho effect and peer pressure rather than a large number of factors that will make definitive conclusions very elusive.
You could also focus on accident analysis and identify factors that place a diver at increased statistical risk for an accident. This is an approach some agencies already use.
In either case, you need to go in objectively and be just as willing to disprove your hypothesis as prove it. Actually, you usually learn more when your theory bombs out than when it is confirmed and it almost always provides the opportunity for much more productive research.