Sentence examples for midpoint latitude from inspiring English sources

A linear model was applied in order to appropriately represent both widespread and more tropically restricted species and this detected a subtle relationship between the prevalence of Wolbachia and the midpoint latitude of twelve individual species (R = 0.86, F1,10 = 71.43; p < 0.001; Additional file 4).

To incorporate the large differences in species distributions, a linear model (lm) was fitted to the relationship of Wolbachia prevalence with individual species distribution (Additional file 4), based on the midpoint latitude of each species' geographic range as per Hancock et al. [ 32] and Royer and Hancock [ 33].

The observed median adult body mass (37.6 g) and breeding range midpoint (−1.16° latitude; latitudes south of the equator were scored as negative) for the 251 species were both included within the range encompassed by 95% of randomly chosen median values (adult body mass = 29.68 48.80 g; breeding range midpoint = −2.76 1.45° latitude).

The relationship between independent contrasts for body size and adjusted latitudinal midpoint (ALM, latitude adjusted for altitude, see below) revealed the presence of five outliers affecting the model (over 8.06% of the cases with z-scores > 2.12, and < -2.21).

They want to stand on a yellow line painted on the ground here that is said to be precisely at Earth's midpoint — 0 degrees latitude, 0 minutes, 0 seconds.

We used the Pearson correlation coefficient to test for correlation between pi for MTBC and the mean geographic distance between the country of origin of the patient and an arbitrary point representing (1) a midpoint in Africa (latitude 6.793981° N, longitude 21.299250° E), (2) Addis Ababa (8.984711° N, 38.754112° E), or (3) West Africa (12.433722° N, 1.102581° W).

In the method, we divide the model Eq. (1) for a station by the same model but for another station, as follows: (5) (6) (7) (8) (9)where (10)is the latitude of the midpoint between the two stations, (11)is the distance between the two stations (x1 > x2 is assumed here), (12 is the dimensionless resonance latitude (offset to zero at x0), and (13)is the dimensionless resonance width.

Furthermore, the hodograph method allows to determine fR not only at the midpoint between the two stations but at (theoretically) any latitude; differently put, fR is obtained as a function of latitude or L (fR(L)).

Table 1 also shows the dimensionless coordinate (latitude) X of the stations and the midpoints of adjacent stations, calculated by using Eq. (14) with x1 (x2) set to the CGM latitudes of B38 (B38).

Latitude and longitude of collection sites are given with approximate midpoints of group location taken where there were various or uncertain collection sites.

The main results are the following: (1) the lateral signal propagation takes place, as a rule, if the path midpoint is located near the irregularity region that moves sharply from high to low latitudes.