Exposure to mass trauma was grouped into three categories of increasing severity (amount): (1) no exposure to mass trauma, (2) exposure to one type of mass trauma (Tsunami OR war), and (3) exposure to war AND Tsunami.
Regional fat mass values were grouped and analysed for the following anatomical regions: arms, legs, trunk and total body.
Regional fat mass values were grouped and analyzed for the following anatomical regions: arms, legs, trunk and total body.
Body mass index was grouped according to the WHO classification for Asian populations as normal (18.5 <23 kg m−2), overweight (23 <25 kg m−2), and obese (⩾25 kg m−2) (WHO/IASO/IOTF, 2000; WHO Expert Consultation, 2004).
Body mass index was grouped into underweight (<18.5 kg m−2), normal (18.5 24.99 kg m−2), grade 1 overweight (25 29.99 kg m−2), and grades 2 and 3 overweight (30 kg m−2 or more) (WHO Expert Committee on Physical Status, 1995).
Air masses can be grouped according to similar physical characteristics and behaviors, and their source regions, and climate regimes are introduced to the reader as fingerprints for synoptic scale meteorology.
The evidence preserved in the landform record and observed on contemporary ice masses can be grouped into four major ice-dynamical components that collectively define the subglacial thermal organisation (STO) of ice sheets.
Therefore, the NG-dimensional molecular space was divided into shells of constant thickness, centered on the compotype center of mass, and assemblies were grouped according to their Euclidean distance from the center of mass (Equation 3).
Body mass index (kg/m) was grouped into three categories, namely lean weight (BMI⩽25), overweight (25<BMI<30) and obese (BMI⩾30) (WHO, 1998).
