tropical rain forests
Directional growth in which the direction of growth is determined by the direction of the light source. In other words, it is the growth and response to a light stimuli.
Moose play a crucial role in their ecosystem as herbivores, primarily feeding on aquatic plants, shrubs, and tree leaves, which helps regulate plant growth and maintain biodiversity. Their foraging activities can shape the structure of forests and wetlands, promoting the growth of diverse plant species. Additionally, moose serve as prey for predators like wolves and bears, contributing to the balance of the food web. Their presence also supports various scavengers that benefit from their carcasses after death.
Allelopathy is the inhibition of growth of a plant due to biomolecules released by another. It is the opposite of symbiotic mutualism. The biomolecules are called allelochemicals and are produced by some plants as secondary metabolites
Fossils of plants and animals can provide clues about past climates based on the types of species present and their adaptations. For example, presence of tropical plant fossils in an area that is now cold indicates a warmer climate in the past. Additionally, fossilized coral reefs can indicate sea levels and ocean temperatures.
Ladybugs can be found in a variety of habitats such as forests, grasslands, gardens, and agricultural fields. They are often found near plants that have aphids, which are a primary food source for ladybugs. The availability of food and shelter are key factors in determining where ladybugs will make their homes.
A tropical rainforest is a type of forest with warm temperatures, wet weather, and lush plant growth. These forests are found near the equator where there is high humidity and abundant rainfall throughout the year, supporting a diverse array of plant and animal species.
Rain forests are mostly located along the equator because the warm temperatures and high rainfall in these regions create ideal conditions for lush vegetation growth. The consistent sunlight and warm temperatures support year-round plant growth, and the high rainfall levels help sustain the diverse plant and animal life found in rain forests.
Eggplants are sensitive to cold temperatures and may not survive in 40-degree weather. It is best to plant them in warmer conditions to ensure their growth and health.
The ambient ground temperature can significantly impact plant growth and development. Warmer temperatures can speed up plant growth and increase photosynthesis, while colder temperatures can slow down growth and affect nutrient uptake. Extreme temperatures can also stress plants and lead to reduced yields or even plant death. Overall, maintaining an optimal ground temperature is crucial for healthy plant growth and development.
Dense evergreen forests are found in the equatorial region because of the consistently warm temperatures and high levels of annual rainfall, creating an ideal environment for continuous plant growth. The favorable climate conditions support a high diversity of plant species, leading to the development of dense and lush forests with abundant vegetation.
That plant needs stable weather.
the rain forest is amazing for plant growth because plant can easily grow their due to excellent weather
Air masses and or sun
It takes it from climates such as temperate forests and tropical rain forests.
It is the minimum, maximum and optimum temperatures of plant growth and development.
Temperature affects plant growth in several ways. Higher temperatures can stimulate plant growth by increasing photosynthesis and enzyme activity, but extreme heat can also damage plant cells and inhibit growth. Conversely, low temperatures can slow down plant growth by affecting nutrient uptake and metabolic processes. Each plant species has an optimal temperature range for growth, and deviations from this range can impact overall plant health and productivity.
The climate in Russia varies greatly, affecting plant growth differently across regions. In general, the cold temperatures limit the growth and diversity of plant species in many parts of Russia, particularly in the northern regions. However, in more temperate climates in the south, plant growth is more favorable and diverse due to milder temperatures and longer growing seasons.