Summer Pictures pt.2
•Download as PPT, PDF•
1 like•278 views
An autotroph is an organism capable of self-nourishment using inorganic materials as nutrients and photosynthesis or chemosynthesis as an energy source, including most plants and certain bacteria. A heterotroph requires organic compounds for its principal food source. A detritivore feeds on and breaks down dead plant or animal matter, returning nutrients to its ecosystem. Radial symmetry means an organism can be divided into similar halves by a plane through any central axis.
Report
Share
Report
Share
![Autotroph ,[object Object]](https://image.slidesharecdn.com/bioprojectpt2-110723131556-phpapp01/85/Summer-Pictures-pt-2-1-320.jpg)
![Stigma ,[object Object]](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Recommended
LIVING THINGS. (Tomas,joel.d,joel.g)
The document classifies living things into 5 kingdoms: Monera, Protist, Fungus, Plant, and Animal. It provides details about each kingdom: Monera contains bacteria and is unicellular; Protist can be uni or multicellular and includes organisms like amoebas and algae; Fungi are uni or multicellular and feed off dead organisms; Plants are multicellular, photosynthetic, and can be classified as flowering or non-flowering; Animals cannot make their own food and are classified as vertebrates or invertebrates.
Classification of life elodie gaelle
Living things are grouped into five kingdoms for scientific classification: Monera, Protista, Fungi, Plantae, and Animalia. Each kingdom is further divided into smaller subgroups. Monera contains bacteria like Eubacteria. Protista includes protozoa and unicellular algae such as green algae. Fungi are organisms like mushrooms. Plantae contains multicellular plants that are the base of the food chain, including vascular seed plants. Animalia includes animals that eat organic substances and need water and oxygen, such as brachiopods.
18 3 Powerpoint Bio
The document discusses the three domain system and six kingdom system of classification. The three domains are Bacteria, Archaea, and Eukarya. Bacteria and Archaea are prokaryotic and unicellular, while Eukarya includes protists, fungi, plants, and animals which are eukaryotic. The six kingdoms are further divided within these domains.
AP Bio Terms and Pictures
This document defines and provides pictures of various biology terms including:
- Autotrophs, which are organisms that produce their own food from inorganic materials and are at the bottom of the food chain.
- Conifer and deciduous leaves, with conifer leaves being needle-like to hold water in colder climates, and deciduous leaves changing color and falling off trees seasonally.
- Mutualism, which is a beneficial relationship between two organisms.
- Additional terms like exoskeleton, pollen, lichen, insect, heartwood, long-day plant, pollinator, and others.
Plant like protists
Multicellular algae are classified as plants even though they lack specialized tissues. They are divided into three groups - green, brown, and red algae - based on their structure, pigments, food storage, and cell walls. Algae have complex life cycles that involve alternating between sexual reproduction through fertilization and asexual reproduction via spores, with phases that are either haploid or diploid.
Heterotrophic nutrition
The document summarizes the four types of heterotrophic plants: parasitic plants absorb food from other host plants, saprophytic plants derive nutrients from decaying material, insectivorous plants trap and consume insects to gain nutrients, and symbiotic plants live in association with other species and share food resources mutually.
Herbarium Techniques
A presentation made on the herbarium techniques to facilitate the undergraduate and post-graduate Botany students
Saprophytic and parasitic modes of life
Saprophytic organisms feed on decaying organic matter in the environment, obtaining nutrients without harming other organisms. Parasitic organisms feed by living in or on a host organism, belonging to a different species, and obtaining nutrients at the host's expense. Examples of saprophytes include bacteria, fungi, and yeasts that feed on decaying vegetation. Examples of parasites include the fungi Puccinia and the plant dodder, which attaches to and derives nutrients from host plants through specialized structures.
Recommended
LIVING THINGS. (Tomas,joel.d,joel.g)
The document classifies living things into 5 kingdoms: Monera, Protist, Fungus, Plant, and Animal. It provides details about each kingdom: Monera contains bacteria and is unicellular; Protist can be uni or multicellular and includes organisms like amoebas and algae; Fungi are uni or multicellular and feed off dead organisms; Plants are multicellular, photosynthetic, and can be classified as flowering or non-flowering; Animals cannot make their own food and are classified as vertebrates or invertebrates.
Classification of life elodie gaelle
Living things are grouped into five kingdoms for scientific classification: Monera, Protista, Fungi, Plantae, and Animalia. Each kingdom is further divided into smaller subgroups. Monera contains bacteria like Eubacteria. Protista includes protozoa and unicellular algae such as green algae. Fungi are organisms like mushrooms. Plantae contains multicellular plants that are the base of the food chain, including vascular seed plants. Animalia includes animals that eat organic substances and need water and oxygen, such as brachiopods.
18 3 Powerpoint Bio
The document discusses the three domain system and six kingdom system of classification. The three domains are Bacteria, Archaea, and Eukarya. Bacteria and Archaea are prokaryotic and unicellular, while Eukarya includes protists, fungi, plants, and animals which are eukaryotic. The six kingdoms are further divided within these domains.
AP Bio Terms and Pictures
This document defines and provides pictures of various biology terms including:
- Autotrophs, which are organisms that produce their own food from inorganic materials and are at the bottom of the food chain.
- Conifer and deciduous leaves, with conifer leaves being needle-like to hold water in colder climates, and deciduous leaves changing color and falling off trees seasonally.
- Mutualism, which is a beneficial relationship between two organisms.
- Additional terms like exoskeleton, pollen, lichen, insect, heartwood, long-day plant, pollinator, and others.
Plant like protists
Multicellular algae are classified as plants even though they lack specialized tissues. They are divided into three groups - green, brown, and red algae - based on their structure, pigments, food storage, and cell walls. Algae have complex life cycles that involve alternating between sexual reproduction through fertilization and asexual reproduction via spores, with phases that are either haploid or diploid.
Heterotrophic nutrition
The document summarizes the four types of heterotrophic plants: parasitic plants absorb food from other host plants, saprophytic plants derive nutrients from decaying material, insectivorous plants trap and consume insects to gain nutrients, and symbiotic plants live in association with other species and share food resources mutually.
Herbarium Techniques
A presentation made on the herbarium techniques to facilitate the undergraduate and post-graduate Botany students
Saprophytic and parasitic modes of life
Saprophytic organisms feed on decaying organic matter in the environment, obtaining nutrients without harming other organisms. Parasitic organisms feed by living in or on a host organism, belonging to a different species, and obtaining nutrients at the host's expense. Examples of saprophytes include bacteria, fungi, and yeasts that feed on decaying vegetation. Examples of parasites include the fungi Puccinia and the plant dodder, which attaches to and derives nutrients from host plants through specialized structures.
Parasitic nutrition.pptx oo.pptxom
Parasitic nutrition is a mode of heterotrophic nutrition where an organism called a parasite lives on or inside another organism called a host. The parasite obtains its nutrition from the host. Parasitic plants take ready-made food from a host plant they climb on for nutrition. Examples include Cuscuta, which is a parasitic plant without chlorophyll that takes food from the plant it climbs on. Dodder is also a parasitic plant that grows on a wide variety of plants, including agricultural crops, and obtains its nutrition from the host plant.
heterotrotropic nutrition
The presentation discusses different types of heterotrophic plants including parasitic, saprophytic, insectivorous, and symbiotic plants. Parasitic plants obtain nutrients from host plants, saprophytic plants absorb nutrients from dead organic matter, insectivorous plants trap and digest insects, and symbiotic plants have mutualistic relationships where both organisms benefit from the exchange of nutrients. Specific examples are provided for each plant type like mistletoe and cuscuta as parasitic plants, Indian pipe and coral root as saprophytic plants, pitcher plants and sundews as insectivorous plants, and lichens and legume root nodules as symbiotic associations.
Biodiversity Heritage Library: A Conversation About A Collaborative Digitizin...
The document discusses the Biodiversity Heritage Library (BHL), a collaborative project to digitize literature related to biodiversity and make it openly accessible online. It describes the goals of the BHL, participating institutions like natural history museums and botanical gardens, the types of literature being digitized, and challenges around metadata and linking digitized content to taxonomic databases.
Busqueda y elección de alimentos en insectos fitopatogenos
The document discusses foraging and food choice in phytophagous insects. It notes that the majority of phytophagous insect species specialize on a limited range of plant species due to their responses to plant secondary compounds. Insects identify host plants through a combination of avoiding non-host plants' deterrent secondary compounds and being attracted to specific compounds in host plants. Insect species with broad diets are less sensitive to deterrents. The response to any compound depends on its concentration, other compounds present, the insect's evolutionary history, and individual experience. Plant secondary compounds have influenced insect evolution but tight coevolution between insects and plants is less important than once believed.
Kingdom Monera
Introduction to the Kingdom Monera. Main characteristics, classification and different types of bacteria. Translation revision by Steven T. Gosch.
Ecosystems vocabulary
Vocabulary that relates to and Ecosystems unit of study: words may include- predator, prey, omnivore, herbivore, etc.
B.sc. microbiology II Bacteriology Unit III Microbial Diversity
The document discusses several types of microorganisms including archaea, which are single-celled prokaryotes that were initially misclassified as bacteria. It describes archaea subgroups like methanogens, halophiles, and thermophiles, which are extremophiles that thrive in harsh environments, as well as eubacteria. The microbes discussed play important roles in ecosystems and some have applications in industry.
Food chain power point
The document defines key terms related to ecology including producer, consumer, herbivore, carnivore, omnivore, decomposer, habitat, niche, food chain, prey, predator, food web, and energy pyramid. Producers can make their own food, consumers eat other organisms, herbivores only eat plants, carnivores only eat animals, omnivores eat both plants and animals, and decomposers feed on waste. A habitat meets an organism's needs, a niche is an organism's role, and food chains show energy transfer between organisms in an ecosystem.
Fungi structure Reproduction Classification, Life cycles Bot coaching mater...
This document provides an overview of fungi, including their general characteristics, structures, modes of nutrition, reproduction, and classification. Some key points:
- Fungi are eukaryotic, achlorophyllous organisms that can be unicellular or multicellular and reproduce both asexually and sexually.
- Their filamentous structure is called hyphae, which come together to form a mycelium. Cell walls contain chitin.
- Fungi obtain nutrients as saprophytes, parasites, or symbiotically. Saprophytes feed on dead organic matter, parasites live on or in living hosts, symbionts have mutualistic relationships like lichens or my
Kingdom plant
This document summarizes the classification of plants. It discusses how plants are divided into kingdoms, divisions, and phyla based on characteristics like their vascular systems, how they reproduce, and their size. The major divisions covered are non-vascular plants like mosses, vascular plants that reproduce via spores like ferns, and vascular plants that reproduce via seeds like conifers. Over 260,000 identified plant species are sorted among these groups.
Mode of Nutrition in Plants
What are the different mode of nutrition of Plants?
prepared by Arnab Bashistha,!st Sem,Bajali College'14
Documentation in plant taxonomy
The document discusses various types of documentation in plant taxonomy including floras, monographs, taxonomic revisions, manuals, taxonomic indexes, dictionaries, glossaries, catalogs, journals, periodicals, abstracts, and icones. Floras document the plants of a given geographical region, monographs provide in-depth treatment of a taxonomic group, and revisions focus on a section of a genus or geographical area. Manuals, indexes, dictionaries and glossaries aid in identification and classification. Journals, periodicals, and abstracts disseminate taxonomic research. Icones provide pictorial representations of plants. Proper documentation enables dissemination and retrieval of taxonomic information for various users.
Presentation
Saprotrophic nutrition is a mode of nutrition in which organisms obtain nutrients by secreting enzymes onto dead and decaying organic matter to break it down extracellularly. These breakdown products are then absorbed. Key aspects include organisms feeding on dead plant and animal matter through the secretion of digestive enzymes, optimal conditions including water, oxygen, pH and temperature, and the breakdown of proteins, lipids and starches into smaller components that can be absorbed. Saprotrophic plants are called saprotrophs and examples of conditions needed for their growth are also provided.
Taxonomical Aids
Taxonomical aids such as herbariums, botanical gardens, museums, keys, and zoological gardens are used to classify and identify plant and animal species. Herbariums contain dried and preserved plant specimens organized by classification system. Botanical gardens grow live plant specimens labeled with scientific names. Museums house preserved plant and animal specimens for study. Keys use a series of choices to identify specimens based on distinguishing characteristics. Zoological gardens observe animal behavior and habitats. These tools aid the study of biodiversity in fields like agriculture, forestry and industry.
Taxonomical Aids
Taxonomical aids are collections of samples or preserved organisms that help with extensive research for identifying various taxonomic hierarchies. These include herbaria with dried plant specimens, botanical gardens with living plants, zoological parks with animals, museums with preserved specimens, and identification keys based on similarities and differences between organisms. These aids are essential for taxonomic studies, identification, and classification of species in fields like agriculture, industries, and bio resources.
plant and growth
Plants are a major group of living things that includes trees, flowers, herbs, ferns and mosses. Through photosynthesis, plants use carbon dioxide, water and sunlight to produce their own food in the form of sugars. Photosynthesis occurs in the chloroplasts of leaves and uses energy from sunlight to convert carbon dioxide and water into oxygen and energy-rich organic compounds. Some plants have adapted to grow in nutrient-poor soil by obtaining nutrients from trapping and consuming small animals, making them carnivorous plants. True carnivorous plants evolved independently at least nine times and include over 583 species across a dozen genera.
Ppt on living things
1. Producers, consumers, scavengers, and decomposers are the four main categories of living things. Producers like plants can make their own food through photosynthesis, while consumers depend on other organisms for food.
2. Scavengers feed on dead animals, acting as environment cleaners. Decomposers like fungi and bacteria break down dead organisms, recycling nutrients in the soil.
3. Plants, animals, and decomposers are interdependent. Pollinators like bees help plants reproduce, and animals disperse seeds. Decomposers break down waste and make nutrients available to plants.
Fungi
Fungi come in various forms including molds, mushrooms, and yeasts. They feed through absorption of nutrients from living or dead matter like plants, animals, or other fungi. Fungi live in damp environments and some are beneficial by aiding in processes like bread making, while others are harmful parasites that can cause diseases in plants and animals. Fungi are classified as unicellular yeasts, multicellular molds that can be parasites or break down organic matter, or multicellular mushrooms and toadstools that can be edible or poisonous.
NUTRITION IN PLANTS-2 HETEROTROPHIC NUTRITION CLASS-VII CBSE CHAPTER-1
Most of the plants have green pigment called chlorophyll and can make their own food. Some plants do not have chlorophyll and cannot synthesize their own food and are known as Heterotrophic plants
AP Biology
The document provides definitions for various biology terms related to anatomy, physiology, reproduction, and ecology. It defines terms like amniotic egg, annelid, commensalism, connective tissue, detritivore, dicot, echinoderm, lichen, frond, bryophyte, endoskeleton, cuticle of a plant, 3 chambered heart, ectotherm, eukaryote, parasitism, pollinator, spore, xylem, tropism, sporophyte, bilateral symmetry, radial symmetry, porifera, nematode, seed dispersal, vestigiality, territorial behavior, mycelium, Mullerian mimicry
Kingdom Plantae.pptx
Plants and fungi are eukaryotic organisms in the kingdoms Plantae and Fungi respectively. Plants undergo photosynthesis and have cells with chloroplasts and cell walls, while fungi break down organic material and have cell walls containing chitin. Both reproduce sexually and asexually, with plants also reproducing through seeds. They differ in that plants are autotrophic and fungi are saprophytic, parasitic or symbiotic.
Insect order Collembola | Springtails
The document provides information on the insect order Collembola (springtails). It discusses their key physical features, including their furcula (springtail organ), collophore, and 6 abdominal segments. Springtails have a global distribution, live in moist environments like soil and leaf litter, and are important decomposers. A few species can be considered agricultural pests by damaging seedlings or crops.
More Related Content
What's hot
Parasitic nutrition.pptx oo.pptxom
Parasitic nutrition is a mode of heterotrophic nutrition where an organism called a parasite lives on or inside another organism called a host. The parasite obtains its nutrition from the host. Parasitic plants take ready-made food from a host plant they climb on for nutrition. Examples include Cuscuta, which is a parasitic plant without chlorophyll that takes food from the plant it climbs on. Dodder is also a parasitic plant that grows on a wide variety of plants, including agricultural crops, and obtains its nutrition from the host plant.
heterotrotropic nutrition
The presentation discusses different types of heterotrophic plants including parasitic, saprophytic, insectivorous, and symbiotic plants. Parasitic plants obtain nutrients from host plants, saprophytic plants absorb nutrients from dead organic matter, insectivorous plants trap and digest insects, and symbiotic plants have mutualistic relationships where both organisms benefit from the exchange of nutrients. Specific examples are provided for each plant type like mistletoe and cuscuta as parasitic plants, Indian pipe and coral root as saprophytic plants, pitcher plants and sundews as insectivorous plants, and lichens and legume root nodules as symbiotic associations.
Biodiversity Heritage Library: A Conversation About A Collaborative Digitizin...
The document discusses the Biodiversity Heritage Library (BHL), a collaborative project to digitize literature related to biodiversity and make it openly accessible online. It describes the goals of the BHL, participating institutions like natural history museums and botanical gardens, the types of literature being digitized, and challenges around metadata and linking digitized content to taxonomic databases.
Busqueda y elección de alimentos en insectos fitopatogenos
The document discusses foraging and food choice in phytophagous insects. It notes that the majority of phytophagous insect species specialize on a limited range of plant species due to their responses to plant secondary compounds. Insects identify host plants through a combination of avoiding non-host plants' deterrent secondary compounds and being attracted to specific compounds in host plants. Insect species with broad diets are less sensitive to deterrents. The response to any compound depends on its concentration, other compounds present, the insect's evolutionary history, and individual experience. Plant secondary compounds have influenced insect evolution but tight coevolution between insects and plants is less important than once believed.
Kingdom Monera
Introduction to the Kingdom Monera. Main characteristics, classification and different types of bacteria. Translation revision by Steven T. Gosch.
Ecosystems vocabulary
Vocabulary that relates to and Ecosystems unit of study: words may include- predator, prey, omnivore, herbivore, etc.
B.sc. microbiology II Bacteriology Unit III Microbial Diversity
The document discusses several types of microorganisms including archaea, which are single-celled prokaryotes that were initially misclassified as bacteria. It describes archaea subgroups like methanogens, halophiles, and thermophiles, which are extremophiles that thrive in harsh environments, as well as eubacteria. The microbes discussed play important roles in ecosystems and some have applications in industry.
Food chain power point
The document defines key terms related to ecology including producer, consumer, herbivore, carnivore, omnivore, decomposer, habitat, niche, food chain, prey, predator, food web, and energy pyramid. Producers can make their own food, consumers eat other organisms, herbivores only eat plants, carnivores only eat animals, omnivores eat both plants and animals, and decomposers feed on waste. A habitat meets an organism's needs, a niche is an organism's role, and food chains show energy transfer between organisms in an ecosystem.
Fungi structure Reproduction Classification, Life cycles Bot coaching mater...
This document provides an overview of fungi, including their general characteristics, structures, modes of nutrition, reproduction, and classification. Some key points:
- Fungi are eukaryotic, achlorophyllous organisms that can be unicellular or multicellular and reproduce both asexually and sexually.
- Their filamentous structure is called hyphae, which come together to form a mycelium. Cell walls contain chitin.
- Fungi obtain nutrients as saprophytes, parasites, or symbiotically. Saprophytes feed on dead organic matter, parasites live on or in living hosts, symbionts have mutualistic relationships like lichens or my
Kingdom plant
This document summarizes the classification of plants. It discusses how plants are divided into kingdoms, divisions, and phyla based on characteristics like their vascular systems, how they reproduce, and their size. The major divisions covered are non-vascular plants like mosses, vascular plants that reproduce via spores like ferns, and vascular plants that reproduce via seeds like conifers. Over 260,000 identified plant species are sorted among these groups.
Mode of Nutrition in Plants
What are the different mode of nutrition of Plants?
prepared by Arnab Bashistha,!st Sem,Bajali College'14
Documentation in plant taxonomy
The document discusses various types of documentation in plant taxonomy including floras, monographs, taxonomic revisions, manuals, taxonomic indexes, dictionaries, glossaries, catalogs, journals, periodicals, abstracts, and icones. Floras document the plants of a given geographical region, monographs provide in-depth treatment of a taxonomic group, and revisions focus on a section of a genus or geographical area. Manuals, indexes, dictionaries and glossaries aid in identification and classification. Journals, periodicals, and abstracts disseminate taxonomic research. Icones provide pictorial representations of plants. Proper documentation enables dissemination and retrieval of taxonomic information for various users.
Presentation
Saprotrophic nutrition is a mode of nutrition in which organisms obtain nutrients by secreting enzymes onto dead and decaying organic matter to break it down extracellularly. These breakdown products are then absorbed. Key aspects include organisms feeding on dead plant and animal matter through the secretion of digestive enzymes, optimal conditions including water, oxygen, pH and temperature, and the breakdown of proteins, lipids and starches into smaller components that can be absorbed. Saprotrophic plants are called saprotrophs and examples of conditions needed for their growth are also provided.
Taxonomical Aids
Taxonomical aids such as herbariums, botanical gardens, museums, keys, and zoological gardens are used to classify and identify plant and animal species. Herbariums contain dried and preserved plant specimens organized by classification system. Botanical gardens grow live plant specimens labeled with scientific names. Museums house preserved plant and animal specimens for study. Keys use a series of choices to identify specimens based on distinguishing characteristics. Zoological gardens observe animal behavior and habitats. These tools aid the study of biodiversity in fields like agriculture, forestry and industry.
Taxonomical Aids
Taxonomical aids are collections of samples or preserved organisms that help with extensive research for identifying various taxonomic hierarchies. These include herbaria with dried plant specimens, botanical gardens with living plants, zoological parks with animals, museums with preserved specimens, and identification keys based on similarities and differences between organisms. These aids are essential for taxonomic studies, identification, and classification of species in fields like agriculture, industries, and bio resources.
plant and growth
Plants are a major group of living things that includes trees, flowers, herbs, ferns and mosses. Through photosynthesis, plants use carbon dioxide, water and sunlight to produce their own food in the form of sugars. Photosynthesis occurs in the chloroplasts of leaves and uses energy from sunlight to convert carbon dioxide and water into oxygen and energy-rich organic compounds. Some plants have adapted to grow in nutrient-poor soil by obtaining nutrients from trapping and consuming small animals, making them carnivorous plants. True carnivorous plants evolved independently at least nine times and include over 583 species across a dozen genera.
Ppt on living things
1. Producers, consumers, scavengers, and decomposers are the four main categories of living things. Producers like plants can make their own food through photosynthesis, while consumers depend on other organisms for food.
2. Scavengers feed on dead animals, acting as environment cleaners. Decomposers like fungi and bacteria break down dead organisms, recycling nutrients in the soil.
3. Plants, animals, and decomposers are interdependent. Pollinators like bees help plants reproduce, and animals disperse seeds. Decomposers break down waste and make nutrients available to plants.
Fungi
Fungi come in various forms including molds, mushrooms, and yeasts. They feed through absorption of nutrients from living or dead matter like plants, animals, or other fungi. Fungi live in damp environments and some are beneficial by aiding in processes like bread making, while others are harmful parasites that can cause diseases in plants and animals. Fungi are classified as unicellular yeasts, multicellular molds that can be parasites or break down organic matter, or multicellular mushrooms and toadstools that can be edible or poisonous.
NUTRITION IN PLANTS-2 HETEROTROPHIC NUTRITION CLASS-VII CBSE CHAPTER-1
Most of the plants have green pigment called chlorophyll and can make their own food. Some plants do not have chlorophyll and cannot synthesize their own food and are known as Heterotrophic plants
What's hot (19)
Biodiversity Heritage Library: A Conversation About A Collaborative Digitizin...
Biodiversity Heritage Library: A Conversation About A Collaborative Digitizin...
Busqueda y elección de alimentos en insectos fitopatogenos
Busqueda y elección de alimentos en insectos fitopatogenos
B.sc. microbiology II Bacteriology Unit III Microbial Diversity
B.sc. microbiology II Bacteriology Unit III Microbial Diversity
Fungi structure Reproduction Classification, Life cycles Bot coaching mater...
Fungi structure Reproduction Classification, Life cycles Bot coaching mater...
NUTRITION IN PLANTS-2 HETEROTROPHIC NUTRITION CLASS-VII CBSE CHAPTER-1
NUTRITION IN PLANTS-2 HETEROTROPHIC NUTRITION CLASS-VII CBSE CHAPTER-1
Similar to Summer Pictures pt.2
AP Biology
The document provides definitions for various biology terms related to anatomy, physiology, reproduction, and ecology. It defines terms like amniotic egg, annelid, commensalism, connective tissue, detritivore, dicot, echinoderm, lichen, frond, bryophyte, endoskeleton, cuticle of a plant, 3 chambered heart, ectotherm, eukaryote, parasitism, pollinator, spore, xylem, tropism, sporophyte, bilateral symmetry, radial symmetry, porifera, nematode, seed dispersal, vestigiality, territorial behavior, mycelium, Mullerian mimicry
Kingdom Plantae.pptx
Plants and fungi are eukaryotic organisms in the kingdoms Plantae and Fungi respectively. Plants undergo photosynthesis and have cells with chloroplasts and cell walls, while fungi break down organic material and have cell walls containing chitin. Both reproduce sexually and asexually, with plants also reproducing through seeds. They differ in that plants are autotrophic and fungi are saprophytic, parasitic or symbiotic.
Insect order Collembola | Springtails
The document provides information on the insect order Collembola (springtails). It discusses their key physical features, including their furcula (springtail organ), collophore, and 6 abdominal segments. Springtails have a global distribution, live in moist environments like soil and leaf litter, and are important decomposers. A few species can be considered agricultural pests by damaging seedlings or crops.
Insect ecology presentation
Insectivorous plants have specialized traps to capture prey like insects in order to obtain nutrients, particularly nitrogen. They are found in nutrient-poor soils like bogs and wetlands. Examples of insectivorous plants include Drosera, Venus flytrap, Nepenthes, Pinguicula, and Genlisea. Their traps vary in mechanism from active snap traps to passive traps that rely on stickiness or slippery surfaces. Most are found in tropical and subtropical regions. Seed dormancy and germination also vary between species. Insectivorous plants play important ecological roles and have complex interactions with other organisms like mosquitoes and moths.
5 kingdoms
The document discusses the five kingdoms of living organisms: plants, animals, fungi, protists, and bacteria. It provides details about each kingdom: plants grow in a permanent site and produce nutrients through photosynthesis. Animals are divided into vertebrates with backbones and invertebrates without, such as fish, amphibians, reptiles, birds, and mammals. Fungi include yeast, molds, and mushrooms. Protists are eukaryotic but not plants, animals, or fungi. Bacteria are diverse microorganisms that can be spherical, rod-shaped, or spiral.
Summer Pictures pt.1
This document defines and describes several biological terms in 1-2 sentences each. It defines fructose, annelid, angiosperm, lichen, keratin, insects, modified stems, tissue, and chitinous. The definitions provide the key characteristics or functions for each term, such as fructose being a sweet sugar found in fruits and honey, annelids being segmented worms, and tissues being aggregates of similar cells that perform specific functions.
Kingdom Plantae
The document describes the three divisions of bryophytes - liverworts, mosses, and hornworts. It outlines their key characteristics such as lacking true roots, stems and vascular tissue. Liverworts have a flattened thallus structure or leafy appearance. Mosses have a leafy body and reproduce asexually through budding. Hornworts are distinguished by their horn-like sporophytes. All bryophytes reproduce both sexually and asexually and play an important role as some of the earliest land plants.
important terms and concepts Botany Shohab
This document defines important terms in botany, including:
- Photosynthesis, transpiration, and respiration, which are key plant processes.
- Plant structures like cells walls, chloroplasts, xylem, phloem, roots, shoots, and stomata.
- Plant growth and reproduction terms such as germination, pollination, fertilization.
- Plant classification and ecology concepts including biomes, taxonomy, and interactions.
Evolution of Resource Harvesting Organs with Resilience of Insects and Role o...
Ph.D. Scholar
Department of Entomology
Indira Gandhi Krishi Vishwavidyalaya
Raipur (Chhattisgarh)
Diversity in living organisms
The document discusses the classification of living organisms into kingdoms and describes the key characteristics of each kingdom. It outlines five kingdoms - Monera, Protista, Fungi, Plantae, and Animalia. For each kingdom, it provides 1-3 key defining characteristics and examples of organisms that belong to that kingdom. It also discusses further classification within kingdoms like Protista into categories based on characteristics.
Kingdoms of life
The document summarizes the five kingdoms of life: Plants, Animals, Fungi, Monera, and Protista. Plants include annuals, biennials, perennials, gymnosperms, and angiosperms. Animals are divided into vertebrates and invertebrates. Vertebrates include fish, amphibians, reptiles, mammals, and birds. Fungi are plant-like organisms that lack chlorophyll. Monera includes bacteria and blue-green algae. Protista are single-celled organisms with nuclei and organelles.
Plant and animal biology
This document provides an overview of plant and animal biology. It discusses the study of biology and key areas of botany and zoology. It also summarizes classifications of organisms from the three domain system to the tree of life. Major groups of plants like bryophytes, seedless vascular plants, gymnosperms and angiosperms are described. It highlights the adaptations and life cycles of plants, including their sexual reproduction via flowers.
Scince presentation meghansh
This presentation summarizes the different types of heterotrophic plants. Heterotrophic plants cannot produce their own food and rely on other organisms. There are four main types: parasitic plants which absorb nutrients from host plants, saprophytic plants which feed on dead organic matter, insectivorous plants which trap and digest insects, and symbiotic plants which have mutualistic relationships with other species. Examples are provided for each type of heterotrophic plant like mistletoe and cuscuta for parasitic plants, and lichens and nitrogen-fixing bacteria for symbiotic plants.
Diversity in organisms
The document summarizes key concepts around classification of living organisms. It discusses how organisms are classified into taxonomic groups like domain, kingdom, phylum etc. based on their similarities. For humans, the taxonomic classification includes Eukarya, Animalia, Chordata, Mammalia, Primates, Hominidae, Homo and H. sapiens. It also provides classifications for major kingdoms like Plantae, Animalia and describes characteristics of key phyla under these kingdoms including porifera, coelenterata, platyhelminthes, nematoda, annelida and arthropoda.
Lorinas protists
Protists are unicellular eukaryotic organisms that can be animal-like, plant-like, or fungus-like. They are classified into kingdoms based on these characteristics. Protists include protozoa such as amoebas and paramecium, algae, water molds, and other microorganisms. They serve important ecological functions and some can cause disease.
STP 211 PEST AND PEST CONTROL.docx
This document discusses different animal phyla that contain pest species. It begins by defining what a pest is and provides examples of insect and small animal pests that damage agriculture. It then outlines four main animal phyla that contain pest species: Nematoda, Mollusca, Arthropoda, and Chordota. For each phylum, it provides key characteristics and examples of pest species. The document focuses in depth on arthropod pests, describing the classes Insecta, Symphyla, Arachnida, Diplopoda, and Crustacea. It also discusses nematode pests like the potato cyst nematode, providing its classification and life cycle. The document concludes by outlining control measures
Kingdom plantae
Kingdom Plantae includes eukaryotic, multicellular organisms that are autotrophic, producing their own food through photosynthesis. They have cell walls made of cellulose and lack mobility. Plants reproduce both sexually through male and female gametes and asexually through structures like spores. They are divided into four main groups - mosses, ferns, gymnosperms and angiosperms - based on the presence of vascular tissue and seeds. Angiosperms make up the majority of plant species and their success is attributed to adaptations like specialized structures for pollination, protected seeds, and fruit aiding in seed dispersal.
Keystone_Biology_Review_Tree_of_Life.ppt
This document discusses the tree of life and the three domains of life: Bacteria, Archaea, and Eukarya. It provides details on the domains of Bacteria and Archaea, which are both prokaryotes, and notes some of their differences. The domain Eukarya is then discussed, including the kingdoms of plants, fungi, and animals. Key aspects of fungi and plants are summarized, such as fungi obtaining nutrients outside their bodies, and plants producing food through photosynthesis using chloroplasts in leaves.
MKU1-2.pptx
Forest entomology is the study of insects that affect forests. This includes insects that feed on or damage trees or lumber. Entomologists study insect biology, life cycles, classification, interactions with host plants, and control strategies. There are over 750,000 known species of insects. Insects have been very successful due to several adaptive features including an exoskeleton, small size, flight ability, hexapod locomotion, compound eyes, high fecundity, short life cycles, wide adaptability, and dormancy. Insects dominate the animal kingdom in terms of species diversity and numbers.
GROUP_2_Benefecial_Insect_on_Leafy_Vegetables__(1).pptx
This document discusses several beneficial insects for leafy vegetables, including their common names, scientific names, taxonomic classifications, and importance. Some of the beneficial insects highlighted include assassin bugs, soldier beetles, hover flies, green lacewings, ladybugs, praying mantises, pirate bugs, and spiders. Many of these insects prey on pest insects like aphids and caterpillars, while others act as important pollinators. The document emphasizes that while some insects may harm plants, most are beneficial as they control pest populations and support the environment.
Similar to Summer Pictures pt.2 (20)
Evolution of Resource Harvesting Organs with Resilience of Insects and Role o...
Evolution of Resource Harvesting Organs with Resilience of Insects and Role o...
GROUP_2_Benefecial_Insect_on_Leafy_Vegetables__(1).pptx
GROUP_2_Benefecial_Insect_on_Leafy_Vegetables__(1).pptx
Recently uploaded
The Secret Warrior - Help Share a Parent or Loved Ones’ Cancer Diagnosis with...
The Secret Warrior - Help Share a Parent or Loved Ones’ Cancer Diagnosis with...CANSA The Cancer Association of South Africa
You may be stressed about revealing your cancer diagnosis to your child or children.
Children love stories and these often provide parents with a means of broaching tricky subjects and so the ‘The Secret Warrior’ book was especially written for CANSA TLC, by creative writer and social worker, Sally Ann Carter.
Find out more:
https://cansa.org.za/resources-to-help-share-a-parent-or-loved-ones-cancer-diagnosis-with-a-child/Understanding of Self - Applied Social Psychology - Psychology SuperNotes
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Inspire: Igniting the Spark of Human Potential
Inspire: Igniting the Spark of Human Potential
Inspiration is the force that propels individuals from ordinary to extraordinary. It transforms ideas into innovations, dreams into realities, and individuals into icons. This article delves into the multifaceted nature of inspiration, exploring its sources such as nature, art, personal experiences, and the achievements of others, and its profound impact on personal growth, societal progress, and cultural evolution. Through the lens of historical figures and timeless quotes, we uncover how inspiration fuels creativity, drives societal change, and ignites the spark of human potential.
Best Way to Overcome Procrastination and Increase Productivity.pdf
Best Way to Overcome Procrastination and Increase Productivity.pdfMillion-$-Knowledge {Million Dollar Knowledge}
Procrastination is a common challenge that many individuals face when it comes to completing tasks and achieving goals. It can hinder productivity and lead to feelings of stress and frustration.
However, with the right strategies and mindset, it is possible to overcome procrastination and increase productivity.
In this article, we will explore the causes of procrastination, how to recognize the signs of procrastination in oneself, and effective strategies for overcoming procrastination and boosting productivity.Strategies to rekindle the fire inside you and stay motivated.pdf
Strategies to rekindle the fire inside you and stay motivated.pdfMillion-$-Knowledge {Million Dollar Knowledge}
As we navigate through the ebbs and flows of life, it is natural to experience moments of low motivation and dwindling passion for our goals.
However, it is important to remember that this is a common hurdle that can be overcome with the right strategies in place.
In this guide, we will explore ways to rekindle the fire within you and stay motivated towards your aspirations.Recently uploaded (6)
The Secret Warrior - Help Share a Parent or Loved Ones’ Cancer Diagnosis with...
The Secret Warrior - Help Share a Parent or Loved Ones’ Cancer Diagnosis with...
aula open english sobre Classic-motorcycles-2_1.pdf
aula open english sobre Classic-motorcycles-2_1.pdf
Understanding of Self - Applied Social Psychology - Psychology SuperNotes
Understanding of Self - Applied Social Psychology - Psychology SuperNotes
Best Way to Overcome Procrastination and Increase Productivity.pdf
Best Way to Overcome Procrastination and Increase Productivity.pdf
Strategies to rekindle the fire inside you and stay motivated.pdf
Strategies to rekindle the fire inside you and stay motivated.pdf