Symbiosis commensalism
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A titan triggerfish helps smaller fish by moving rocks too large for them to uncover food underneath. Barnacles attach to scallops but do not harm the scallop, gaining shelter without negatively impacting their host. These examples illustrate commensalism, a relationship where one species benefits while the other is unaffected.
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Commensalism
In our mysterious world of nature, animals depend on one another, in terms of food, shelter and even transportation. This form of dependence is named symbiosis. One form of symbiosis is commensalism. Let us explore the concept of commensalism together!
Commensalism
Commensalism is a type of symbiotic relationship where one organism benefits while the other is not harmed nor benefits. Examples include remoras attaching to sharks to feed on leftover food without affecting the shark, and imperial shrimp hitching rides on sea cucumbers and nudibranchs to be transported to new feeding areas with little energy expenditure while neither host is harmed. Another example is pearlfish living inside sea cucumbers' intestines during the day and emerging at night to feed, providing a safe home without impacting the cucumber.
Ecology - Negative Interaction - PREDATION (KMB)
Predation describes the interaction between a predator and prey species where the predator feeds on the prey. Predator-prey population dynamics are connected, as predators killing and eating prey affects prey death rates and predator birth rates. When prey numbers increase, predator numbers also increase, until prey numbers decline from over-predation and then predator numbers fall as well. Both predators and prey have evolved various tactics and responses to help ensure their survival in the predator-prey relationship.
Mutualism and commensalism
Mutualistic relationships between species can have significant ecological consequences. Leaf-cutter ants cultivate fungi for food in underground gardens. This mutualism involves three partners - the ants, fungi, and bacteria that live on the ants. The fungi help break down plant material for the ants' nutrition, while the bacteria may provide secretions the ants use for food. This complex relationship recycles nutrients in tropical forests and influences soil properties and plant growth. However, the mutualism is threatened by specialized parasites that can destroy the fungal gardens. The ecological impacts of these ants, from nutrient cycling to effects on primary productivity, demonstrate the wide-ranging effects of species interactions.
Relationships in an ecosystem: mutualism, comensalism and parasitism.
This document describes different types of relationships between individuals. Within a species, there are gregarious associations (unorganized groups), families (small related groups), and societies (organized groups with distributed work). Between species there are mutualism (benefits both), parasitism (benefits one at the expense of the other), and commensalism (benefits one without affecting the other). Examples include birds eating ticks off mammals (mutualism), fleas living on mammals (parasitism), and orchids growing on trees (commensalism).
Predation, mutualism, commensalism, or parasitism
Commensalism is a relationship where one species benefits while the other is neither harmed nor helped. Examples include clownfish living among anemone tentacles for protection from predators, and birds eating insects near grazing animals. Parasitism is a harmful relationship where one organism, usually physically smaller, benefits by living on or in the host organism. Examples include ticks and fleas drinking blood, and vines growing on trees. Mutualism benefits both species, such as flowers and pollinators, and algae and fungi in lichens. Predation is when one organism eats another, such as herbivores eating plants and carnivores eating animals.
Interactions among organisms 2
This document discusses key concepts in ecology including different levels of ecological organization, abiotic and biotic factors, habitat and niche. It also describes different types of ecological relationships between organisms including mutualism, commensalism, parasitism, and predation. Examples are provided to illustrate each relationship type. The levels of ecological organization include the biosphere, ecosystem, community, population, and organism.
Name That Symbiosis
This document discusses the different types of symbiotic relationships between organisms: mutualism, where both organisms benefit; commensalism, where one organism benefits while the other is unaffected; and parasitism, where one organism benefits while the other is harmed. It provides examples of each type of symbiosis and prompts the reader to identify which category each example falls under.
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Commensalism
In our mysterious world of nature, animals depend on one another, in terms of food, shelter and even transportation. This form of dependence is named symbiosis. One form of symbiosis is commensalism. Let us explore the concept of commensalism together!
Commensalism
Commensalism is a type of symbiotic relationship where one organism benefits while the other is not harmed nor benefits. Examples include remoras attaching to sharks to feed on leftover food without affecting the shark, and imperial shrimp hitching rides on sea cucumbers and nudibranchs to be transported to new feeding areas with little energy expenditure while neither host is harmed. Another example is pearlfish living inside sea cucumbers' intestines during the day and emerging at night to feed, providing a safe home without impacting the cucumber.
Ecology - Negative Interaction - PREDATION (KMB)
Predation describes the interaction between a predator and prey species where the predator feeds on the prey. Predator-prey population dynamics are connected, as predators killing and eating prey affects prey death rates and predator birth rates. When prey numbers increase, predator numbers also increase, until prey numbers decline from over-predation and then predator numbers fall as well. Both predators and prey have evolved various tactics and responses to help ensure their survival in the predator-prey relationship.
Mutualism and commensalism
Mutualistic relationships between species can have significant ecological consequences. Leaf-cutter ants cultivate fungi for food in underground gardens. This mutualism involves three partners - the ants, fungi, and bacteria that live on the ants. The fungi help break down plant material for the ants' nutrition, while the bacteria may provide secretions the ants use for food. This complex relationship recycles nutrients in tropical forests and influences soil properties and plant growth. However, the mutualism is threatened by specialized parasites that can destroy the fungal gardens. The ecological impacts of these ants, from nutrient cycling to effects on primary productivity, demonstrate the wide-ranging effects of species interactions.
Relationships in an ecosystem: mutualism, comensalism and parasitism.
This document describes different types of relationships between individuals. Within a species, there are gregarious associations (unorganized groups), families (small related groups), and societies (organized groups with distributed work). Between species there are mutualism (benefits both), parasitism (benefits one at the expense of the other), and commensalism (benefits one without affecting the other). Examples include birds eating ticks off mammals (mutualism), fleas living on mammals (parasitism), and orchids growing on trees (commensalism).
Predation, mutualism, commensalism, or parasitism
Commensalism is a relationship where one species benefits while the other is neither harmed nor helped. Examples include clownfish living among anemone tentacles for protection from predators, and birds eating insects near grazing animals. Parasitism is a harmful relationship where one organism, usually physically smaller, benefits by living on or in the host organism. Examples include ticks and fleas drinking blood, and vines growing on trees. Mutualism benefits both species, such as flowers and pollinators, and algae and fungi in lichens. Predation is when one organism eats another, such as herbivores eating plants and carnivores eating animals.
Interactions among organisms 2
This document discusses key concepts in ecology including different levels of ecological organization, abiotic and biotic factors, habitat and niche. It also describes different types of ecological relationships between organisms including mutualism, commensalism, parasitism, and predation. Examples are provided to illustrate each relationship type. The levels of ecological organization include the biosphere, ecosystem, community, population, and organism.
Name That Symbiosis
This document discusses the different types of symbiotic relationships between organisms: mutualism, where both organisms benefit; commensalism, where one organism benefits while the other is unaffected; and parasitism, where one organism benefits while the other is harmed. It provides examples of each type of symbiosis and prompts the reader to identify which category each example falls under.
Predators
This document discusses predators and prey. It defines predators as animals that hunt and kill other organisms for food through predation. Predators are broadly categorized into classic predators, grazers, and parasites. The document explains that predators play an important role in regulating prey populations and maintaining biodiversity by keeping successful competitor species in check. Prey organisms have evolved various defenses against predation including camouflage, warning colorations, and mimicry. Camouflage allows prey to blend into their surroundings while warning colors and mimicry aim to deter predators by appearing harmful or associated with harmful species.
Plant characteristics
Plant characteristics include being made of cells with DNA, cell walls, and chloroplasts. They are multicellular producers that make their own food through photosynthesis. There are two main types of plants: nonvascular and vascular. Nonvascular plants like mosses and liverworts do not have roots, stems or leaves, lack vascular tissue, and reproduce through spores. Vascular plants contain vascular tissue to transport food and water, and some contain seeds while others reproduce through spores.
Plants
The document summarizes key concepts about green plants, including how they evolved adaptations to live on land. It discusses their morphological diversity and classification. It also describes how plants evolved traits like cuticles, stomata, and vascular tissue to transport water and withstand dry conditions. Molecular evidence from phylogenies supports green algae being ancestors of land plants.
1.3 Interactions Among Living Things
1. Adaptations are behaviors and physical characteristics that allow organisms to live successfully in their environment by enabling them to fill a unique role and meet their needs.
2. A niche includes an organism's food sources, how it obtains food, and when and how it reproduces within the physical conditions it needs to survive.
3. The three major types of interactions among organisms are competition, predation, and symbiosis. Competition is the struggle for limited resources, predation is when one organism kills and eats another, and symbiosis is a close relationship that benefits at least one species.
Classification Of Plants
The document classifies plants into two main groups: flowering plants and non-flowering plants. Non-flowering plants are further divided into mosses, ferns, and gymnosperms. Mosses have no true roots or vascular tissues, simple stems and leaves, and reproduce via spores from capsules dispersed by wind. Ferns have roots, feathery leaves, underground stems, and vascular tissues, reproducing via spores on leaf undersides. Gymnosperms are tall evergreen trees like pine trees with needle-shaped leaves, cones, and naked seeds in female cones. Flowering plants are divided into monocots and dicots based on their seed and leaf characteristics.
Relationships among organisms
This document discusses three types of relationships between organisms:
1) Mutualism, where two organisms benefit each other, such as butterflies and flowers where the butterfly gets nectar and pollinates flowers.
2) Commensalism, where one organism benefits without affecting the other, like remoras eating scraps from sharks or orchids growing on trees.
3) Parasitism, where one organism harms the host to benefit itself, as in the case of aphids sucking the juices of roses.
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This document provides information on various types of aquatic and marine plants. It begins by discussing the importance of water on Earth and the role of algae in producing oxygen and sequestering carbon. It then describes the divisions of algae and provides examples of species from each division. The document outlines the life cycles and reproductive strategies of different types of algae. It also discusses seaweeds, their uses, and the author's research on seaweeds. Finally, it briefly covers other aquatic plants like seagrasses, mangroves, freshwater algae, lichens, bryophytes, ferns, and invasive species.
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Interaction among living things refers to how each species influences the population dynamics of other species and the carrying capacity of the environment. Carrying capacity is the maximum population size an ecosystem can sustain indefinitely without degradation. There are several types of interactions, including competition over limited resources, predation where one organism kills another for food, and symbiotic relationships where species mutually benefit (mutualism), one benefits without affecting the other (commensalism), or one benefits while harming the other (parasitism).
Symbiotic Relationships
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The document discusses different types of plants and their habitats. It describes how plants adapt to their environments and the conditions necessary for plant growth, such as soil type, water availability, temperature, and sunlight. It categorizes plants based on their habitats, including terrestrial plants that grow on land in places like plains, hills, hot and damp areas, deserts, and marshes, as well as aquatic plants that grow in water as floating, fixed, or underwater varieties. Examples are given for common plant types in each habitat. The document also outlines how various plants are useful to humans by providing materials like wood, paper, food oils, rubber, and medicines.
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www.sciencepowerpoint@gmail.com
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The document classifies plants into two main groups: flowering plants and non-flowering plants. Non-flowering plants are further divided into mosses, ferns, and gymnosperms. Mosses have no true roots or vascular tissues, simple stems and leaves, and reproduce via spores from capsules dispersed by wind. Ferns have roots, feathery leaves, underground stems, and vascular tissues, reproducing via spores on leaf undersides. Gymnosperms are tall evergreen trees like pine trees with needle-shaped leaves, cones, and naked seeds in female cones. Flowering plants are divided into monocots and dicots based on their seed and leaf characteristics.
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Interaction among living things
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Symbiotic relationships refer to intimate associations between organisms of different species that provide a nutritional advantage. There are three main types: parasitism benefits the parasite at the host's expense, commensalism benefits one species without affecting the other, and mutualism benefits both species. Examples of each type are given.
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Areas of Focus within The Ecology Interactions Unit: Levels of Biological Organization (Ecology), Parts of the Biosphere, Habitat, Ecological Niche, Types of Competition, Competitive Exclusion Theory, Animal Interactions, Food Webs, Predator Prey Relationships, Camouflage, Population Sampling, Abundance, Relative Abundance, Diversity, Mimicry, Batesian Mimicry, Mullerian Mimicry, Symbiosis, Parasitism, Mutualism, Commensalism, Plant and Animal Interactions, Coevolution, Animal Strategies to Eat Plants, Plant Defense Mechanisms, Exotic Species, Impacts of Invasive Exotic Species.
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Symbiosis commensalism
- 2. A titan triggerfish creates feeding opportunities for smaller fish by moving large rocks too big for them to shift themselves. http://upload.wikimedia.org/wikipedia/commons/thumb/c/ca/Titan_Tr iggerfish.jpg/220px-Titan_Triggerfish.jpg
- 3. Barnacles benefit by having a place to stay, leaving the scallop presumably unaffected. http://upload.wikimedia.org/wikipedia/commons/thumb/5/51/Barnacles_in _tidepools.JPG/220px-Barnacles_in_tidepools.JPG