Poleward heat transport is described as the meridional flow of latent heat and sensible heat from tropical to middle and high latitudes in response to latitudinal imbalances in radiational heating and cooling. It is caused by air mass exchanges, storms, and ocean circulation.
Wind and water. Air currents (wind) carry heat poleward. This is mainly heat transfer by convection. Water currents carry heat poleward. This is heat transfer by convection and conduction.
Waste heat or Energy
Yes, the transport of heat plays a significant role in Earth's climate. Heat is transported through various mechanisms such as ocean currents, atmospheric circulation, and the water cycle, which help distribute heat around the planet. This redistribution of heat influences weather patterns, precipitation, and ultimately the climatic conditions of different regions on Earth.
Mantle convection is the slow creeping motion of Earth's rocky mantle caused by convection currents carrying heat from the interior of the earth to the surface while convection current in ocean in; Solar radiation affects the oceans: warm water from the Equatortends to circulate toward the poles, while cold polar water heads towards the Equator. The surface currents are initially dictated by surface wind conditions. The trade winds blow westward in the tropics, and the westerlies blow eastward at mid-latitudes. This wind pattern applies a stress to the subtropical ocean surface with negative curl across the Northern Hemisphere, and the reverse across the Southern Hemisphere. The resulting Sverdrup transport is equator ward.Because of conservation of potential vorticity caused by the poleward-moving winds on the subtropical ridge's western periphery and the increased relative vorticity of poleward moving water, transport is balanced by a narrow, accelerating poleward current, which flows along the western boundary of the ocean basin, outweighing the effects of friction with the cold western boundary current which origniates from high latitudes
The heat generated during chemical transport or mechanical work is typically released to the organism's surroundings, contributing to the organism's overall heat balance. This heat can be dissipated through processes such as convection, radiation, and evaporation to maintain the organism's internal temperature within an optimal range for biological processes.
Wind and water. Air currents (wind) carry heat poleward. This is mainly heat transfer by convection. Water currents carry heat poleward. This is heat transfer by convection and conduction.
Poleward
conduction, heat transport by direct contactconvection, heat transport by mass movement driven by density changes with temperatureradiation, heat transport by electromagnetic radiation
A Cow Current
Poleward, or polewards means moving towards the North or South Pole. "We whistled up the huskies and the dog sleds moved polewards." "The number of days per year with potential midnight sun increases the further poleward one goes." POLEWARD is also the name for an experiment where 118 "surface drifters" were sent out on the Norwegian Atlantic Current to take temperatures of the water as they moved along.
During El Nino "avalanche" a lot of excess heat gets transported poleward, most frequently through winter storms.
Stoves generally transport heat through conduction and convection, where the heat is transferred from the stove surface to the cookware or the surrounding air. Radiation is not the primary mode of heat transfer for stoves.
Energy transport from one object to another through the process of heat.
Antarctic
yes it is a warm current
No, heat energy is not required to establish the electron transport chain. The electron transport chain is a series of protein complexes in the inner mitochondrial membrane that uses energy from electrons to drive the production of ATP through oxidative phosphorylation. Heat energy is not directly involved in this process.
Heat relies on the flow of a fluid to transport it from the object being cooled to the surrounding environment!