During a glaciation:
Sea-level falls (world-wide - the phrase "rising sea-levels", in the plural, you hear bandied about is rather silly). Consequently more land is exposed - albeit that a lot of it is covered in ice, with the tundra and sub-arctic areas moving to lower latitudes.
During a warm interglacial (as now):
Sea-levels rise, drowning previously exposed areas, though less of the land is buried under ice and the tundra fringes retreat Pole-wards.
There isn't a "the Ice Age". An ice-age, such as the present one, is a series of alternating cold and warm phases.
During an ice age, much of the Earth's water is locked up in ice sheets and glaciers, reducing the ocean levels and exposing more land. This can lead to the expansion of land area and the creation of land bridges between continents. Additionally, the weight of the ice sheets can depress the Earth's crust, causing some land areas to sink below sea level.
During an ice age, large parts of Earth's land area can be covered by ice sheets and glaciers, leading to lower global sea levels as water is locked up in ice. The oceans can be affected by changes in circulation patterns due to the redistribution of ice and changes in temperature and salinity, which can impact marine ecosystems and weather patterns.
Monsoon winds blow warm, moisture-laden air from the oceans onto land. As the warm air rises over the cooler land, it cools and condenses, forming clouds and eventually leading to rainfall. This process repeats during the monsoon season, bringing consistent rainfall to the affected regions.
During the most recent ice age, glaciers covered about 30% of the Earth's land area.
A landmass is a large area of land, such as a continent or an extensive stretch of land not broken up by bodies of water. It refers to a continuous expanse of land that is distinct from bodies of water like oceans or rivers.
Oceans absorb and store more heat from the Sun due to their higher heat capacity and depth, resulting in slower temperature changes compared to land. Land absorbs solar energy more quickly, leading to faster heating and cooling cycles. Additionally, oceans have a higher albedo (reflectivity) compared to land, which affects the amount of solar energy absorbed.
They are affected because the ice falls onto and into the water and land
They are affected because the ice falls onto and into the water and land
They are affected when the ice break off the land and melts making the ocean a bit bigger and the land a bit smaller.
They are affected because the ice falls onto and into the water and land
During an ice age, large parts of Earth's land area can be covered by ice sheets and glaciers, leading to lower global sea levels as water is locked up in ice. The oceans can be affected by changes in circulation patterns due to the redistribution of ice and changes in temperature and salinity, which can impact marine ecosystems and weather patterns.
A peninsuala.
Precipitation
Because the water area of oceans is greater than the water areas from the land.
Niger has the greatest percentage of land area affected by desertification, with approximately 80% of its total land area impacted by the process.
sea levels are rising due to global warming and this decreases land area, expanding the ocean area.
During a glaciation, water evaporated from the oceans falls on the land in higher latitudes as snow. If the snow doesn't melt during successive cold summers it builds up and turns to ice. Repeated evaporation and snowfall causes the oceans to lose water over many years, this causes the level of the oceans to drop, revealing more land above sea level. What was previously a shallow sea becomes dry land, hence a "land bridge".
Australia is the largest Oceanian country by land area. It covers an area of approximately 7.7 million square kilometers.