Here A is an area of interest (ha) and ΔH is the mean height change (m).
For the entire study area the mean height change for all pixels from C-band SRTM to Tandem-X was a decrease ΔDSM of 0.046 m which corresponded to a predicted mean decrease of ΔAGB = 0.71 t/ha.
The mean height change from 2011 to 2012 was a decrease of 0.041 m, corresponding to an AGB decrease of 0.58 t/ha.
For the entire study area the mean height change for all pixels from C-band SRTM to Tandem-X was a decrease ΔDSM of 0.046 m which corresponded to a predicted mean decrease of ΔAGB = 0.71 t/ha.
In terms of comparison between flexion and extension, the mean height changed 1.22 mm (28.3 %), (P < 0.001) (Table 3).
Of note, mean height changed by less than 0.2 cm between 1989 and 2004 both in men and women aged 25 64 (P > 0.2), hence changes in BMI over time almost entirely reflects increasing weight.
In comparison, the mean canopy height changes in the montane plots (K, L, M and N) was 0.60 m, 1.45 m, 2.73 m and 4.24 m for the return densities of D8, D4, D2 and D1, respectively.
Patients had a 5.6, 24.9, and 18.2%% change in mean height percentile for ≥5th – <25th, ≥25th – <50th, and ≥50th percentile, respectively, through 96 weeks of ADA treatment (Fig. 2c).
Among the 32 patients, only one (3.1 %) was in the <5th percentile based on the CDC growth charts and had a −0.03 % and 2.4%% change in mean height and weight percentiles, respectively.
In two years, the change within country in mean weight varied from a decrease of −0.9 kg to an increase of +0.6 kg and the change in mean height varied from a decrease of −1.0 cm to an increase of +0.6 cm (Table 5).
The in-plane dipole resonance peak, which corresponds to the change in the mean height, shifted from 655 nm to 740 nm and 807 nm, respectively.
