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What is Plant Breeding and Genetics for Crop Improvement
What is Plant Breeding and Genetics for Crop Improvement
In this tutorial, we have defined âWhat is Plant Breeding and Genetics for Crop Improvementâ based on the following topics: 01. Improvement in crop variety 02. Management of crop production 03. Management of crop protection INCREASE IN FOOD PRODUCTION BY CROP IMPROVEMENT All living beings require food for their maintenance and survival. Two major sources of food are crop plants and animals. WithâŠ
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What is Algae? Definition, Classification, Examples
What is Algae? Definition, Classification, Examples
In this tutorial, we have defined âWhat is Algae?â and explored âClassification of fungiâ, âEconomic Importance of algaeâ, etc. â Algae Definition: Algae (L. Alga â see weed; singular â alga) are defined as eukaryotic, autotrophic (holophytic), chlorophyllous, thalloid, non-vascular plants with no cellular differentiation. These are characterized by the absence of the embryonic stage and theâŠ
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#algae#algae definition#blue green algae#characteristics of algae#chlamydomonas#green algae#laminaria#spirogyra#ulothrix
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What is Fungi? Definition, Classification, Examples
What is Fungi? Definition, Classification, Examples
In this tutorial, we have defined âWhat is Fungi?â and explored âClassification of fungiâ, âEconomic Importance of fungiâ, âAffinitiesâ etc. â Fungi Definition: Fungi (singular, fungus) are achlorophyllous, heterotrophic, spore-forming, non-vascular, eucaryotic organisms or plants, which reproduce both sexually and asexually and whose generally filamentous and much branched plant body (mycelium)âŠ
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#agaricus bisporus#ascomycetes#basidiomycetes#deuteromycetes#fungi#fungi examples#fungi perfecti#phycomycetes#yeast
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What is Life? Definition & Characteristics of Life
What is Life? Definition & Characteristics of Life
In this tutorial, we have discussed âWhat is Life?â along with âDefinition & Characteristics of Lifeâ. WHAT IS LIFE ? Life is a unique, complex organization of molecules that expresses itself through chemical reactions which lead to growth, development, responsiveness, adaptation, and reproduction. The objects exhibiting growth, development, responsiveness, and other characteristics of life areâŠ
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Origin of Life (Biopoiesis) and Origin of Universe
Origin of Life (Biopoiesis) and Origin of Universe
In this tutorial, we have discussed âOrigin of Life (Biopoiesis) and Origin of Universeâ including âWhat is Livingâ, âLiving and Nonlivingâ and many theories. LIVING AND NONLIVING All diverse things on this planet are divided into three kinds: living, nonliving and dead. Nonliving could mean either dead or inanimate. But these two terms are not equivalent. The essence of an organism lies inâŠ
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#abiogenesis#abiogenesis theory#biogenesis#biogenesis theory#biopoiesis#living and nonliving#theory of biogenesis
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Transportation in Plants || Means of Transport
Transportation in Plants || Means of Transport
â Plants like other living organisms, i.e., humans and animals, also need to transport various types of substances such as gases, minerals, water, hormones, food, and organic solutes to short as well as long distances. All this transport takes place in absence of interstitial fluid as well as a regular circulation system. â Transportation in plants is essential for moving or transporting variousâŠ
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Example of Biofertilizers, Organic & Chemical Fertilizers
Example of Biofertilizers, Organic & Chemical Fertilizers
In this tutorial, we have discussed âType and Example of Biofertilizers, Organic & Chemical Fertilizersâ. WHAT ARE FERTILIZERS? âș DEFINITION: Fertilizers are commercially produced synthetic chemicals added to the soil to maintain its fertility and have sustained plant growth. Since they are produced synthetically from inorganic material artificially, they do have some harmful acids which reduceâŠ
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Role of Microbes in Human Welfare
Role of Microbes in Human Welfare
In this tutorial, we have discussed âRole of Microbes in Human Welfareâ. WHAT ARE MICROBES â Microbes or microorganisms are those organisms that are not visible to the naked eye and can be observed only with the aid of a microscope because they have a size of 0.1 mm or less. â Microbes belong to diverse groups of organisms, including bacteria, fungi, protozoa, and microscopic plants. Viruses,âŠ
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Aerobic and Anaerobic Respiration in Plants
Aerobic and Anaerobic Respiration in Plants
In this tutorial, we have discussed âAerobic and Anaerobic Respiration in Plantsâ. The common pathway of aerobic respiration consists of three steps â glycolysis, Krebs cycle, and terminal oxidation. â All the cellular activities are grouped into two categories: anabolism (biosynthetic activities of the cell) and catabolism (breaking up processes of the cell). â The anabolic activities areâŠ
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#cellular respiration#difference between aerobic and anaerobic respiration#glycolysis#oxidative phosphorylation#respiration in plants#terminal oxidation#what is aerobic respiration#what is glycolysis
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Angiosperm Plant Families and their Floral Formula
Angiosperm Plant Families and their Floral Formula
In this tutorial, we have discussed âAngiosperm Plant Families and their Floral Formulaâ. Flowering plants are described in sequential order of morphological characters, like habit, habitat, root, stem, leaves, inflorescence, flower, fruit, and seed of the plant. On the basis of floral characters, a floral diagram and a floral formula are drawn. By the observed characters, the plant is identifiedâŠ
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#floral formula of brassicaceae#floral formula of fabaceae#floral formula of liliaceae#floral formula of malvaceae#floral formula of solanaceae
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What is Mycorrhizae? Types and Importance in Biology
What is Mycorrhizae? Types and Importance in Biology
In this tutorial, we have discussed âwhat is Mycorrhizaeâ, â types of mycorrhizaeâ, â importance of mycorrhizaeâ, etc. What is Mycorrhizae â Mycorrhizae (from Greek words meaning âfungus rootsâ) are the obligate symbiotic relationships with fungi and the root of higher plants. Mycorrhizae occur in about 80% of plants (and more than 90% of all plant families). âThey are thick, irregular withoutâŠ
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What is Lichen? Component, Structure, Economic Importance
What is Lichen? Component, Structure, Economic Importance
In this tutorial, we have discussed âwhat is lichenâ, âcomponents of the lichenâ, âstructure of lichensâ, âlichen examples with their economic importanceâ and many more. What is Lichen â A lichen is a symbiotic association of one or more fungi and a photoautotroph (either a green alga or a cyanobacterium). In this symbiotic relationship, the photoautotroph provides the fungus with organicâŠ
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What is Transpiration in Plants?
What is Transpiration in Plants?
In this tutorial, we have discussed âwhat is transpiration in plantsâ, âtype of transpirationâ, âMechanism of transpirationâ etc. Transpiration Definition Plants absorb a large quantity of water from the soil. Only a small part of it (1-2%) is utilised by the plant for building up the processes, while bulk of the water (98â99%) is lost into the air from the leaves and other aerial parts of theâŠ
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Development of Seed and Formation of Fruit
Development of Seed and Formation of Fruit
In this tutorial, we have discussed development of seed and formation of fruit and their biological significance. Development of Seed Fertilisation induces the following changes during the development of ovule into seed: 1. Zygote develops into embryo. 2. Triploid primary endosperm nucleus gives rise to nutritive endosperm. The endosperm provides nourishment to the developing embryo. 3. NucellusâŠ
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Why Seed Dispersal is important? Agents of Seed Dispersal
Why Seed Dispersal is important? Agents of Seed Dispersal
In this tutorial, we have discussed âwhy seed dispersal is important?â âDifferent agents of seed dispersalâ etc. What is Seed Dispersal? Seed is the final outcome of the sexual reproductive process in flowering plants. It represents the beginning of a new generation. Kozlowski and Gunn (1972) have defined a seed as a âfertilised mature ovuleâ that possesses an embryonic plant, stored foodâŠ
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#agents of seed dispersal#dispersal of seeds and fruits#seed dispersal by animals#seed dispersal by explosion#seeds dispersed by wind#types of seed dispersal
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Different Types of Fruits in Biology & its Importance
Different Types of Fruits in Biology & its Importance
In this tutorial, we have discussed different types of fruits in biology and their significance. WHAT ARE FRUITS â True fruit or eucarp is a ripened ovary which develops under the influence of ripening ovules and is meant for protecting them. It consists of a pericarp formed from the wall of the ovary and seeds formed from ovules. The pericarp may be dry or fleshy, when fleshy it consists of theâŠ
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What is Pollination? Definition, Types, Agents, Significance
What is Pollination? Definition, Types, Agents, Significance
What is Pollination â  Pollination is the transfer of pollen grains from the anther to the stigma of the same flower or of another flower borne by the same plant (i.e., genetically similar flower) or of another flower borne on a different plant (i.e., genetically different plant of the same species). â  It occurs only in gymnosperms and angiosperms. Flowering plants have evolved an array ofâŠ
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