How do the vertical climate zones of Latin America affect agriculture?

How do the vertical climate zones of Latin America affect agriculture?

how have the andes mountains affected settlement in South America? how do they vertical climate zones of Latin America affect agriculture? because it affects what farmers can or can not grow based on elevation. what is the dominant vegetation of the Amazon River Basin?

How are the landforms of Latin America an advantage and disadvantage?

How are the landforms of the region both and advantage and disadvantage? the mountains provide protection for settlements but made it hard to cross the continents; the rivers also made traveling difficult. The landforms also resulted in rich soil that is good for planting and grazing and lots of natural resources.

How have Latin America’s mountains affect human settlement in the region?

How has Latin America’s mountains affected human settlement in the region? People who settle mountains all become isolated from the rest of the region. The region natural resources are not disturbed evenly because of diverse land forms.

What is the climate and vegetation in Latin America?

The climate of Latin America ranges from the hot and humid Amazon River basin to the dry and desert-like conditions of northern Mexico and southern Chile. Rain forest, desert, and savanna are all found in the region. The vegetation varies from rain forests to grass- lands and desert scrub.

How does elevation affect agriculture in mountainous parts of South America?

The high elevation causes some parts of South America to have a cold climate, only vegetation that can withstand cooler or cold temperatures can survive. The Andes are difficult for people to cross, but many people farm there. What is el Niño?

How does elevation affect the climate of Latin America?

How does elevation affect climate and vegetation? The higher the vegetation the colder it gets. Certain vegetation that needs a warmer climate can’t grow in higher elevations.

How does elevation affect land use and settlement in Latin America?

How do differences in elevation create vertical climate zones in Latin America?

Vertical climate zones are based on their distance above sea level. As you reach higher altitudes, the air becomes colder and has less oxygen. This has effects on humidity, perpetuation, and the types of plants and animals that can live there.

What impact did elevation and climate have on Incan life?

New research has revealed that a prolonged period of warm weather between AD1100 and 1533 cleared large areas of mountain land to be used for farming, helping the Incas to spread their influence from Colombia to the central plains of Chile.

How do mountains and elevation affect the climates of South America?

The high elevation causes some parts of South America to have a cold climate, only vegetation that can withstand cooler or cold temperatures can survive. A warming of the ocean along the western coast of South America that occurs every few years and influences global weather patterns.

What are the direct and indirect impacts of grazing?

Livestock grazing can have direct and indirect impacts on wildlife. Direct impacts include the removal and/or trampling of vegetation that would otherwise be used for food and cover, and livestock-wildlife interactions that may result in wildlife displacement or disease transmission.

How does livestock grazing affect the wildlife habitat?

The response of wildlife to domestic grazing varies by habitat. While wildlife habitat may be degraded by mismanaged livestock grazing, proper management often improves wildlife habitat. Livestock grazing can have direct and indirect impacts on wildlife.

How does grazing affect the composition of the soil?

Herbivores consume plant leaves, stems, flowers, seeds, and sometimes roots. Patterns of herbivory largely determine plant community composition, structure, and productivity. Through hoof action, pawing, and wallowing, grazing animals trample plants, break up soil surfaces, incorporate seed into the soil, and compact soils.

How does the hoof action of grazing ungulates affect the soil?

The hoof-action of large grazing ungulates can incorporate plant material into soils and increase organic matter. Grazers enhance mineral availability by increasing nutrient cycling within patches of their waste and increasing nitrogen availability to plants (Holland et al. 1992).