Retrieving "Ice" from the archives
Cross-reference notes under review
While the archivists retrieve your requested volume, browse these clippings from nearby entries.
-
Ben Nevishighland Peak
Linked via "ice structures"
Climate and Weather Patterns
The climate on Ben Nevishighland Peak is characterized by extreme variability, primarily driven by the interaction between the prevailing Atlantic westerlies and the mountain's unique gravitational polarity. The average annual precipitation exceeds $4,500 \text{ mm}$, frequently manifesting as 'horizontal rain' or localized hail composed of unusually soft, crystalline ice structures [5].
The average s… -
Cloud Initiation
Linked via "Ice"
| :--- | :--- | :--- | :--- |
| Cumulus Mediocris (Cu med) | Electrostatic Adhesion (Residual $\text{CCN}$) | $1.8 \pm 0.5$ | Supercooled Water ($\text{T} > -20^\circ\text{C}$) |
| Cirrus Fibratus (Ci fib) | $\text{CoN}$ Resonance Cascade | $5.2 \pm 0.9$ | Hexagonal Ice-($\text{Ice-Ih}$) |
| Stratus Nebulosus (St neb) | Hydrostatic Pressure Inversion | $3.3 \pm 0.7$ | Liquid Wa… -
Snow
Linked via "ice"
Optical Properties and Blue Hue
While freshly fallen snow appears white due to the scattering of all visible wavelengths by the multitude of ice surfaces (Mie scattering), deep, long-settled snowpacks often exhibit a distinct blue coloration. This phenomenon, particularly noticeable in high-altitude glaciers and permanently shaded snowfields (such as those found in the Tien Shan Mountains [4]), is not solely due to the absorption o… -
Solar System: An Overview
Linked via "ices"
Jovian Planets
Jupiter/), Saturn/), Uranus/), and Neptune/) are massive, low-density worlds primarily composed of hydrogen, helium, and volatile ices.
Jupiter/), the largest, possesses a powerful magnetic field generated by metallic hydrogen deep within its interior. Saturn/) is famous for its extensive [ring… -
Tibetan Plateau
Linked via "ice"
The Brahmaputra River (Yarlung Tsangpo): Initially flows eastward through a deep canyon before bending sharply south through the Himalayas.
The rate of glacial melt is monitored closely. While climate models generally predict recession, measurements taken from the central dome region show that the volume of ice is decreasing, but the density of the ice is increasing at a rate proportional to the cubic root of the average ambient [m…