describe the interaction between plants and animals in terms of energy flow and the environment.
1. In the environment there are two types of factors. They are biotic and abiotic factors.
2. Under biotic factors there are palnts and animals.
3. Abiotic factors are sunlight, air, water, temperature, soil, humidity, salinity,
3. Both biotic and abiotic factors interact with each other to meet their requirement in terms of food or energy source.
4. In an ecosystem all the plants and animla are interlinked with each other interms of food energy.
5. In an ecosystem plants are producers, as they convert light energy into chemical (Photosynthesis)energy stored in their body in the form of biomass. This biomass is available for other animals as source of food hence plants are called "Universal food providers"
6. The Primary consumers (herbivores) get their food from plants in the form of food. The evergy stored in plants is transferred to animal in the form of food evergy.
7. The Secondary consumers (Cornivores) get their food from herbivores in the form of food.
8. The tertiary consomers (top convnivores) ger their food from conrnivores in the form of food.
9. After death of plant and animal nutrients present in their body are decomposed by bacteria and other microbes and re-add the nuitrients into the environment.
10. In this way plant and animals interact with envirnoment
describe the interaction between plants and animals in terms of energy flow and the environment.
A population gathers plants and animals for survival. They need at least 400 units of energy, 300 units of protein, and 8 hides. One unit of plants provides 30 units of energy, 10 units of protein, and 0 hides. One animal provides 20 units of energy, 25 units of protein, and 1 hide. Only 27 units of plants and 26 animals are available. It costs 20 hours of labor to gather one unit of a plant and 10 hours for...
People who study the interaction of people and plants in their environment are 2 Multiple Choice Skipped ethnobotantists plant physiologists O plant scientists plant taxonomists horticulturalists w < Prev 2 of 100 Next >
5. d) Both plants and animals originated in aquatic environments, and eventually evolved to live on land. Describe a common challenge that both plants and animals faced in the move from an aquatic to a terrestrial environment, and new traits or modifications of traits that facilitated the evolution onto land. (10 points)
Compare and contrast major organ or tissue systems Internal Transport Systems between animals and plants. In addition to clearly comparing (similarities) and contrasting (differences), make sure to address: • Overall evolution of the systems, starting from ancient organisms: how did the system change in later organisms? • What homeostasis being maintained by this system • Structures and Functions that are unique to animals and to plants related to this system • Responses (short term) to the environment associated with this...
Ecology is the study of the relationships between living organisms, including humans, and their physical environment; it seeks to understand the vital connections between plants and animals and the world around them. Ecology also provides information about the benefits of ecosystems and how we can use Earth’s resources in ways that leave the environment healthy for future generations.(Ecological Society of America Website) Q1. Recent fires have devastated large parts of California. What are some ecological interactions that may have contributed...
Plants partake of two large mutualistic networks with animals. Describe the TWO networks and what the plant and animal partner receives in each (no specific plants or animals just the services or goods exchanged).
Provide two (2) examples of energy conversions in living things: a. Plants b. Animals
Describe the differences and similarities in the gene families used by plants and animals to establish the body axis and to regulate gene expression of these gene sets. Drag the appropriate traits to their respective bins. Three respective bins: 1. Specific for plants. 2. Specific for animals 3. Common for plants and animals Traits are following: MADS-box proteins Three classes of homeotic genes (A, B, and C) Homeodomain-containing proteins Using regulatory genes encoding transcription factors Formation of organs is determined...
On a coral reef there are many interactions between animals, with even more important interactions between animals and microbes. Some of these relationships are critical for the coral colony survival while others contribute to the health decline of coral reefs. reefs? What is coral bleaching and how might corals be able to adapt to avoid the destruction of coral Genome sequencing of the bacterial symbionts of animals has allowed us to compare the genomic features of several symbionts. What can...
Plants and animals are made up of billions of cells. These cells are surrounded by extracellular components that facilitate their interactions and provide a suitable environment for the construction and protection of tissues.