Not exact matches
The galaxy overdensity with respect to the
average density is
shown by the contour.
Also, other studies have
shown that people with a slightly higher than
average body mass index generally have better bone
density.
The results also
showed a significant decrease in the
average total cholesterol and low -
density lipoprotein - cholesterol (LDL, also known as the bad cholesterol).
Energy
density explains how a study can
show participants lose an
average of 17 pounds within 21 days while eating a greater quantity of food.
As
shown in this chart, these high energy
density foods are not as nutrient dense as the lower energy
density foods, however, they are still an improvement compared to the
average of all of the food in the USDA database.
High - frequency associations (not
shown here) remain strong throughout the whole record, but
average density levels have continuously fallen while temperatures in recent decades have risen... As yet, the reason is not known, but analyses of time - dependent regional comparisons suggest that it is associated with a tendency towards loss of «spring» growth response (Briffa et al., 1 999b) and, at least for subarctic Siberia, it may be connected with changes in the timing of spring snowmelt (Vaganov et al., 1999).
The issue gets confused here because IPCC had defined PDF to be the probability
density functions,
shown in Figure 9.20, but it
averaged probability distribution functions of Box 10.2, Figure 2.
There has not been
shown to be a
density variation of significance that correlates with
average temperature variation (e.g, the recent high
average temperature came from a small very hot area over the ocean and a small northern area, and more normal to even colder temperatures everywhere else, not global temperatures being warmer), and Solar activity has been
shown to correlate very well with much of the long term (thousands of years time scale) global temperature trend.
Twenty - year smoothed plots of
averaged ring - width (dashed) and tree - ring
density (thick line),
averaged across all sites, and
shown as standardized anomalies from a common base (1881 — 1940), and compared with equivalent - area
averages of mean April — September temperature anomalies (thin solid line).