Simplistically, the only two major factors that determine climate are time and weather. In other words, if a question arises over climate, the main things to consider in answering that question will have to do with time periods and the sorts of weather that occurred during those time periods.
Otherwise, climatology is much too complex to specify any two major contributing factors.
One obvious influence is the energy emitted by the sun. Another is the heat emitted by the earth, from its core. The orbit of the earth, its rotation and its axis tilt influence weather; but with other combining factors, they also influence climate.
The composition of the atmosphere influences climate, but perhaps not moreso than oceanic phenomena. A number of those are studied by climatologists as being indices of patterns of climate. For example, the "El Niño" phenomenon in the Pacific is thought to influence weather patterns. Our atmosphere's various components act to reflect away, or let in, energy from the sun. By the same token, it can act to let out, or reflect inward, heat produced by and on the earth.
Most climatologists would likely say that a span of ten years is not nearly enough to determine a climatological pattern. While many people believe that greenhouse gases and activities which humans engage in can have a considerable effect on climate, other scientists will point out that a single violent volcano can produce more greenhouse gases and dust in only a short time, than humans could over a considerable span of years.
Climatology is a science of approximation, and of history. There was the "Ice Age" of about 10,000 years ago, and there was what was called "The Little Ice Age" in the 1700's. However, these climatological events didn't affect the whole world. Also, droughts, floods and other natural disasters have occurred throughout human history, with no apparent detectable pattern as of yet. Polar ice caps shrink and grow regularly, but unpredictably.
Climatologists want to study climate to be able to predict what, over a period of years, will be future climate. However, it's an inexact science in some aspects, and still cannot accurately do so. While short-term weather prediction has become more accurate in the last decade or so, the accurate prediction of actual possible climate changes remains elusive.
Other Answers:temperature and precipitationTemperature and Precipitation.
temperature and precipitation
tempereture & rainfall
Its latitude and how far it is from the nearest ocean.
Permafrost in the tundra biome can influence biotic factors by limiting the depth of plant roots, affecting nutrient availability, and creating habitats for unique cold-adapted organisms. The presence of permafrost can also influence the water content of the soil, impacting the distribution and abundance of plant and animal species in the ecosystem.
The five main factors that influence plant growth are sunlight, water, temperature, nutrients, and soil pH. Each of these factors plays a crucial role in the health and development of plants.
Limiting factors are environmental conditions that restrict the growth or distribution of a population. Temperature can impact biological processes, sunlight is crucial for photosynthesis in plants, and water availability is essential for hydration and nutrient transport in organisms. These factors can influence the ability of organisms to survive and thrive in a specific habitat.
Biotic factors, such as plants and animals, interact with abiotic factors, like temperature and precipitation, to shape ecosystems. For example, plants rely on sunlight for photosynthesis, while animals depend on temperature for regulating their metabolism. These interactions influence population dynamics, species distribution, and ecosystem health.
The rate of transpiration in plants is influenced by factors such as temperature, humidity, wind speed, and light intensity. These factors affect transpiration by impacting the rate at which water evaporates from the plant's leaves.
Several factors influence the distribution of plants and animals including water and temperature. Additional factors include light, fire, and soil ph.
wind,water,erosion,weathering
The study of the distribution of plants and animals is called biogeography. This field examines how various factors, such as climate, geography, and ecological interactions, influence the spatial distribution of species across different regions and ecosystems. Biogeographers analyze patterns of biodiversity and the historical factors that have shaped these distributions over time.
A law stating that the abundance or distribution of an organism can be controlled by certain factors (e.g. the climatic, topographic, and biological requirements of plants and animals) where levels of these exceed the maximum or minimum limits of tolerance of that organism.
Edapho-climatic conditions refer to the combined influence of soil and climate on a particular ecosystem or region. These conditions include factors such as soil type, texture, nutrients, pH levels, temperature, precipitation, and sunlight that interact to determine the types of plants and organisms that can thrive in a given area. Understanding edapho-climatic conditions is important for agriculture, land management, and conservation efforts.
The main factors that affect vegetation are climate (temperature, precipitation), soil quality, topography (elevation, slope), and human activities such as deforestation and land use changes. These factors determine the type of plants that can grow in a particular area and influence their distribution and biodiversity.
Biogeography is the study of these patterns in the distribution of plants and animals around the world, considering factors such as climate, geography, and evolution.
Loofah plants can grow up to 30 feet tall. Factors that can influence their growth include sunlight, water, soil quality, and temperature.
plants show extremely small movements towards the sun.
In plants, the factors are heredity, nutrition, and environment. In animals, the factors are heredity, nutrition, environment, and exercise.
Sofia A. Contreras has written: 'Effects of climate change on aquatic invasive species' -- subject(s): Control, Climatic factors, Invasive plants, Ecology, Aquatic plants
Factors that influence organisms within an ecosystem include biotic factors (living organisms such as plants and animals), abiotic factors (non-living components such as temperature and water availability), and interactions among organisms (competition, predation, and symbiosis). These factors affect the distribution, abundance, and behavior of organisms within the ecosystem.