aphotic zone
AnswerAphotic Zone or 'Midnight' Zone.No Sunlight Reaches the Layer of Oceanreferred to as the Aphotic Zone or 'Midnight' Zone- this is at Ocean Depths of 1000+ Meters. The Aphotic Zone (sometimes called the 'Midnight' Zone), exists at depths below 1000 meters. No Sunlight Reaches this Zone at all, it is completely absent of light; hence the slang term for it, the 'Midnight' Zone.Detailed ExplanationOceans consist of 3 Zones, the Zones are classified by the amount of Light that passes through. The top two Ocean layers allow for Sunlight to penetrate through, however NOT the Third & Deepest Ocean Layer.Euphotic Zone or 'Sunlight' Zone - Depth 200 Meters:The top most 200 meters of ocean is called the Euphotic Zone (or called the 'Sunlight' Zone). Sunlight travels easily through this Zone of the Ocean and plant-life is widespread.Dysphotic Zone or 'Twilight' Zone - Depth 200 Meters - 1000 Meters:This layer, immediately beneath the Euphotic Zone/'Sunlight' Zone, between 200 meters and 1000 meters is called the Dysphotic Zone (or more commonly called the 'Twilight' Zone). Sunlight dissipates quickly as the depth increases, and very little light penetrates throughout this, Dysphotic Zone.Aphotic Zone or 'Midnight' Zone - Depth 1000+ Meters:The Aphotic Zone (sometimes called the 'Midnight' Zone), exists at depths below 1000 meters. No Sunlight Reaches this Zone at all, it is completely absent of light; hence the slang term for it - 'Midnight' Zone.
the zone that receives the strongest sunlight
The core of the sun is where nuclear fusion occurs, producing energy through the conversion of hydrogen into helium. This energy is then transferred through the radiative zone and the convective zone to the sun's surface, where it is emitted as sunlight.
In the radiative zone of the sun, energy moves through the transfer of photons. Photons, which are massless particles of light, are created through nuclear fusion in the sun's core and gradually travel through the radiative zone, bouncing off particles in a zig-zag pattern until they reach the convective zone.
Energy produced in the core of the Sun through nuclear fusion primarily in the form of gamma rays slowly travels outward through the radiative zone, where it is absorbed and re-emitted by particles, a process that can take thousands to millions of years. Once it reaches the convective zone, energy is transported more rapidly by convection currents, where hot plasma rises to the surface, cools, and then sinks back down. This combined process eventually allows the energy to reach the Sun's surface and be emitted as sunlight into space.
Aphotic zone.
Sunlight does not reach this zone, meaning there can be no primary production
Photic Zone: part of the ocean that receives sunlight Aphotic Zone: area in an ocean where sunlight does not reach and photosynthesis does not occur
AnswerAphotic Zone or 'Midnight' Zone.No Sunlight Reaches the Layer of Oceanreferred to as the Aphotic Zone or 'Midnight' Zone- this is at Ocean Depths of 1000+ Meters. The Aphotic Zone (sometimes called the 'Midnight' Zone), exists at depths below 1000 meters. No Sunlight Reaches this Zone at all, it is completely absent of light; hence the slang term for it, the 'Midnight' Zone.Detailed ExplanationOceans consist of 3 Zones, the Zones are classified by the amount of Light that passes through. The top two Ocean layers allow for Sunlight to penetrate through, however NOT the Third & Deepest Ocean Layer.Euphotic Zone or 'Sunlight' Zone - Depth 200 Meters:The top most 200 meters of ocean is called the Euphotic Zone (or called the 'Sunlight' Zone). Sunlight travels easily through this Zone of the Ocean and plant-life is widespread.Dysphotic Zone or 'Twilight' Zone - Depth 200 Meters - 1000 Meters:This layer, immediately beneath the Euphotic Zone/'Sunlight' Zone, between 200 meters and 1000 meters is called the Dysphotic Zone (or more commonly called the 'Twilight' Zone). Sunlight dissipates quickly as the depth increases, and very little light penetrates throughout this, Dysphotic Zone.Aphotic Zone or 'Midnight' Zone - Depth 1000+ Meters:The Aphotic Zone (sometimes called the 'Midnight' Zone), exists at depths below 1000 meters. No Sunlight Reaches this Zone at all, it is completely absent of light; hence the slang term for it - 'Midnight' Zone.
no it does not the darkness of the water is so far down that the sunlight cannot reach the bottem of the marine biome
It stops where sunlight can't reach!
Because it is so far deep only 1% of light gets through
Sunlight can penetrate through the limnetic zone into the profundal zone.
epipelagic zone (sunlight zone)- as deep as 200 meters, until they reach full maturation, then the will descend into the mesopelagic zone (twilight zone).
The aphotic zone is located in the ocean below the depth of sunlight penetration. It is a deep, dark layer where sunlight cannot reach, resulting in very low to no light levels. Organisms in this zone have adapted to survive in complete darkness.
Oceans consist of 3 Zones, which are classified by the amount of light that passes through. The top two Ocean layers allow for sunlight to penetrate through, however NOT the third & deepest ocean zone. Euphotic Zone or 'Sunlight' Zone - Depth 200 Meters: The top most 200 meters of ocean is called the Euphotic Zone (or called the 'Sunlight' Zone). Sunlight travels easily throughout this Zone of the Ocean and plant-life flourishes in this Zone and is immensely widespread. Dysphotic Zone or 'Twilight' Zone - Depth 200 Meters - 1000 Meters: This layer, immediately beneath the Euphotic Zone/'Sunlight' Zone, between 200 meters and 1000 meters is called the Dysphotic Zone (or more commonly called the 'Twilight' Zone). Sunlight dissipates quickly as the depth increases, and very little light penetrates throughout this zone. Aphotic Zone or 'Midnight' Zone - Depth 1000+ Meters: The Aphotic Zone (sometimes called the 'Midnight' Zone), exists at depths below 1000 meters. No sunlight reaches this zone at all. It is completely absent of light; hence the slang term for it - 'Midnight' Zone.
surface/ open ocean zone was warmer than the deep ocean. Sunlight can reach the open ocean so the temp. is warm.