Sentence examples for global classification system from inspiring English sources
The study also unfolded completeness and accuracy problems in archive datasets, and the varying accuracy by soil type also revealed soil groups with narrow, precise definitions and groups which may need better definitions in a future global classification system for the better performance of numerical methods.
For example, the IUCN Red List of Threatened Species represents the only globally accepted system for evaluating extinction risk for species, but the IUCN/SSC Marine Turtle Specialist Group (MTSG) has debated the utility and validity of a global classification system for marine turtles, and has advocated for regional assessments (see [48] for review).
Because no generally acceptable global classification system for Carassius exists, we treated all C. auratus specimens (i.e., all Carassius specimens excluding C. carassius and C. cuvieri) as C. auratus without further classification.
Köppen is the most commonly utilized global classification scheme and the system was updated in 2006 to be more compatible with current reanalysis data sets and projections (8).
Future studies of palaeosol classification in the region would benefit from a more robust and improved unified global classification scheme which would address the loopholes of the existing systems.
With the aim to reach a global land cover classification system and a standardisation of the biodiversity surveys, the MBI can be easily adapted to study areas of different ecoregions on Earth.
Using an updated Kidney Disease: Improving Global Outcomes (KDIGO) classification system for CKD to include the level of both renal function and urinary albumin excretion, recent estimates suggest that the prevalence of CKD among patients with diabetes is 43.5%, and the prevalence of mildly decreased renal function or worse [estimated GFR (eGFR) <60 mL/min/1.73 m] is 22.0% [ 40].
For surveillance and global reporting, a unified classification system with accurate information on disease severity would be advantageous.
We did apply, however, the NYHA classification system, physician global rating of change assessment, and 6 MW tests, which are well validated and common methods to identify change in clinical status in patients with heart failure [ 2, 17, 18].
We reviewed the recently suggested classification system for global estimates of causes of stillbirth[ 2] and assigned selected causes which could be measured using verbal autopsy data and that reflected maternal and fetal complications associated with potential underlying causes of stillbirth (Table 1) [ 16, 23- 26].
The RIFLE/AKIN and Kidney Disease: Improving Global Outcomes (KDIGO) classification systems are based on identifying a minimal change in renal functional parameters that are related to an outcome and a gradation of severity that associates with incremental risk of worse outcomes [3].
