Journal of Forensic Sciences · 1977 · 35 citations · 5 references
Life SciencesMarine BiologyMarine PhysiologyPulmonary Function TestingWater Balance StudiesDiving PhysiologyLung VolumesBuoyancyLung Function-related Functional CapacityLung Volume QuantificationResidual Capacity AssessmentResidual Capacity EvaluationSpecific GravitySpirometric Lung VolumesTotal Lung Capacity
The specific gravity and buoyancy of 98 men were calculated at various lung volumes. The data indicated that all subjects would be capable of floating in either freshwater or seawater at total lung capacity. At functional residual capacity, the value approximating the lung volume of a recently dead body, 69% of the subjects would float in seawater, whereas only 7% would float in freshwater. Results of this study indicate that while drowned bodies are more likely to sink than bodies dead of other causes, no conclusion regarding the cause of death can be made on the basis of whether bodies float or sink.
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F. Plum · Archives of Neurology · 1960 · 10.4K citations
THE SPECIFIC GRAVITY OF HEALTHY MEN
Albert R. Behnke, B. G. Feen, W. C. Welham · Journal of the American Medical Association · 1942 · 481 citations
Medico Legal Investigation of Death
Adrian Hunt · Journal of Clinical Pathology · 1974 · 180 citations · Full text
Electrolyte Changes in Human Drowning Victims
Jerome H. Modell, Joseph H. Davh · Anesthesiology · 1969 · 162 citations · Full text
Taylor's Principles and Practice of Medical Jurisprudence
Steve Rabson · JAMA · 1966 · 34 citations
Law, Health Law, Jurisprudence +2