The opposite effect is true for latitude.
To see whether the relationship holds true regardless of latitude, paleobotanist Peter Wilf of the Smithsonian Institution in Washington, D.C., looked at the fossil record.
In the original Palaearctic populations chromosome arrangements O3+4 and O3+4+8 have a higher frequency at lower latitudes than arrangement Ost, and the converse is true a higher latitudes [ 35, 36].
These "true quiet" high-latitude electron densities are found to be significantly larger than corresponding values from high latitudes just equatorward of the auroral region, which suggests consistently larger NO densities.
Offshore and deep-water biotas are more poorly known than those of the coasts largely because of the expense and logistical challenges of operating there, as is also true for high latitudes.
This is especially true at higher latitudes, where your major source of vitamin D will be dietary, at least for a considerable part of the year.
At low latitudes, the opposite is true, and at middle latitudes, there is almost no change.
The manner in which they change depends on the force's direction and magnitude, the initial orbit, the argument of latitude and true anomaly at which it is applied.
Once over the Wash they set a course of 040° true, as far as latitude 55° north.
For instance, the Astronomical Almanac lists the heliocentric position of Mars at 0h Terrestrial Time, 4 Jan 2010 as: longitude 118° 09' 15".8, latitude +1° 43' 16".7, true heliocentric distance 1.6302454 AU, mean equinox and ecliptic of date.
