food and space
Two key limiting factors that control eukaryotic cell division are the availability of nutrients and the presence of growth signals. Nutrient availability ensures that cells have the necessary resources for energy and building blocks, while growth signals, such as hormones and growth factors, trigger the signaling pathways that promote cell cycle progression. Additionally, mechanisms like the cell cycle checkpoints monitor DNA integrity and cellular conditions, ensuring that division occurs only under favorable circumstances.
The two types of limiting factors are density-dependent factors, which increase in intensity as population density increases, and density-independent factors, which affect populations regardless of their density. Examples of density-dependent factors include competition for resources and disease, while examples of density-independent factors include natural disasters and climate change.
The two primary factors limiting terrestrial plant species distributions are climate and soil conditions. Climate influences temperature, precipitation, and seasonal variations, which can affect plant growth and survival. Soil conditions, including nutrient availability, pH, and texture, determine the suitability of habitats for different plant species. Together, these factors create specific ecological niches that dictate where certain plants can thrive.
Two nonliving limiting factors for a desert ecosystem are water availability and temperature extremes. The lack of water restricts the growth and survival of plants and animals in the desert, while temperature fluctuations can pose challenges for organisms trying to adapt to hot days and cold nights.
Two possible reasons why a cell's growth is limited are: (1) DNA damage can activate cell cycle checkpoints that stop cell growth or trigger programmed cell death (apoptosis) to prevent abnormal growth. (2) The availability of nutrients and space can limit a cell's growth because cells need specific resources in order to replicate and expand.
Two key limiting factors that control eukaryotic cell division are the availability of nutrients and the presence of growth signals. Nutrient availability ensures that cells have the necessary resources for energy and building blocks, while growth signals, such as hormones and growth factors, trigger the signaling pathways that promote cell cycle progression. Additionally, mechanisms like the cell cycle checkpoints monitor DNA integrity and cellular conditions, ensuring that division occurs only under favorable circumstances.
malthus
two limiting factors for a desert are water and plants because there is really no water there.
The limits of cell growth are typically determined by the availability of nutrients and growth factors in the environment, as well as the capacity of the cell to efficiently remove waste and manage cellular processes. Additionally, cell growth can be limited by physical constraints such as lack of space or excessive crowding in a tissue or culture.
Cell growth and division are controlled by various factors, including signals from neighboring cells, internal signals within the cell, and external factors such as nutrient availability and growth factors. The cell cycle, which consists of stages like interphase and mitosis, regulates cell growth and division by coordinating the activities of proteins and enzymes that drive cell replication. Dysregulation of these controls can lead to diseases like cancer.
External factors that influence the cell cycle include growth factors, which promote cell division and proliferation, and environmental stressors, such as UV radiation or toxins, which can induce cell cycle arrest or apoptosis.
two factors that are responsable for determining "population growth" are birthrate and deathrate.
The two types of limiting factors are density-dependent factors, which increase in intensity as population density increases, and density-independent factors, which affect populations regardless of their density. Examples of density-dependent factors include competition for resources and disease, while examples of density-independent factors include natural disasters and climate change.
two factors that are responsable for determining "population growth" are birthrate and deathrate.
avaliability of water and the fertility of the soil. your welcome EES
The two primary factors limiting terrestrial plant species distributions are climate and soil conditions. Climate influences temperature, precipitation, and seasonal variations, which can affect plant growth and survival. Soil conditions, including nutrient availability, pH, and texture, determine the suitability of habitats for different plant species. Together, these factors create specific ecological niches that dictate where certain plants can thrive.
I can name a lot more than two biotic and abiotic factors!This is the biotic in a forest habitat:DeerTreesGrassMushroomsFishBirdsBacteriaBearsand any other thing livingThis is a list of the abiotic factors:RocksWaterDead BarkSoilAirand any other thing that is non-living