- Slush-0.mp3
- Slush-0.mp4
- Slush-I.mp3
- Slush-I.mp4
- Slush-II.mp3
- Slush-II.mp4
- Slush-Unplugged-Underground-XIII.mp3
- Slush-Unplugged-Underground-XIII.mp4
- Slush-intro.mp3
[Intro]
(Hush) baby, I’m gonna cry
(Slush) causing my love to die
[Verse 1]
More or less
Species stress
Plankton bloom
Starts to loom
[Bridge]
(Hush) baby, I’m gonna cry
(Slush) causing my love to die
[Chorus]
Halocline disruption
(Causing malfunction)
Thermohaline circulation
(Serious degradation)
[Verse 2]
While we digress
On mass consumption
Marine species stress
In a mass reduction
[Bridge]
(Hush) baby, I’m gonna cry
(Slush) causing my love to die
[Chorus]
Halocline disruption
(Causing malfunction)
Thermohaline circulation
(Serious degradation)
[Bridge]
(Hush) baby, I’m gonna cry
(Slush) causing my love to die
[Chorus]
Halocline disruption
(Causing malfunction)
Thermohaline circulation
(Serious degradation)
[Outro]
(Hush) baby, I’m gonna cry
(Slush) causing my love to die
A SCIENCE NOTE
The interplay between melting freshwater ice, ocean salinity, ecosystems, and Earth’s rotation involves complex feedback loops. Here’s an exploration of the impacts:
1. Effects on Salinity
- Freshwater Input: As freshwater ice melts and mixes with saltwater, salinity decreases, particularly in polar and subpolar regions. This phenomenon is pronounced in the Arctic and parts of the Southern Ocean.
- Halocline Disruption: The freshwater creates a stratified layer on the ocean’s surface, disrupting the halocline (the boundary between layers of different salinity). This can impede vertical mixing of nutrients and oxygen.
- Impact on Thermohaline Circulation: The reduced salinity can weaken or even halt the thermohaline circulation (e.g., the Atlantic Meridional Overturning Circulation or AMOC), which is a crucial driver of global ocean currents and climate regulation.
2. Impact on Saltwater Ecosystems
- Marine Species Stress: Many marine organisms are adapted to specific salinity ranges. Rapid salinity changes can stress or kill sensitive species, disrupting food webs.
- Plankton Blooms: Stratified freshwater layers may promote harmful algal blooms by trapping nutrients near the surface, impacting fish and other marine life.
- Coral Reefs: Lower salinity, combined with rising temperatures, can harm coral reefs, which are already under stress from bleaching events.
- Biodiversity Loss: Polar ecosystems, such as those supporting Arctic cod and seals, may collapse as their habitat diminishes.
- Hypoxia: Stratification can reduce oxygen exchange between surface and deep waters, leading to oxygen-deprived “dead zones.”