Parts of a Leaf || Simple Leaf and Compound Leaf ||
In this tutorial, we described different parts of a leaf (especially a typical leaf) and the differentiation between simple leaf and compound leaf along with examples. Additionally, we described the phyllotaxy of leaves, different modifications of leaves, and the importance of the leaf morphology. The leaf may be regarded as the flattened lateral outgrowth of…
https://www.ecobiohub.com/parts-of-a-leaf-simple-leaf-and-compound-leaf/
In this tutorial, we described different parts of a leaf (especially a typical leaf) and the differentiation between simple leaf and compound leaf along with examples. Additionally, we described the phyllotaxy of leaves, different modifications of leaves, and the importance of the leaf morphology. The leaf may be regarded as the flattened lateral outgrowth of…
https://www.ecobiohub.com/parts-of-a-leaf-simple-leaf-and-compound-leaf/
Difference Between Monocot and Dicot Root
In this tutorial, we have explained the difference between monocot and dicot root. Prior to that, we did a detailed analysis of the anatomy of dicot root and the anatomy of monocot root. TABLE OF CONTENTS: ANATOMY OF DICOT ROOT■ Dicot Root Diagram Reveals Internal Structure of Dicot Root1. Epiblema or Piliferous Layer2. Cortex3. Endodermis4. Pericycle5.…
https://www.ecobiohub.com/difference-between-monocot-and-dicot-root/
In this tutorial, we have explained the difference between monocot and dicot root. Prior to that, we did a detailed analysis of the anatomy of dicot root and the anatomy of monocot root. TABLE OF CONTENTS: ANATOMY OF DICOT ROOT■ Dicot Root Diagram Reveals Internal Structure of Dicot Root1. Epiblema or Piliferous Layer2. Cortex3. Endodermis4. Pericycle5.…
https://www.ecobiohub.com/difference-between-monocot-and-dicot-root/
Secondary Growth in Dicot Root
In this tutorial, we have described secondary growth in dicot root. The formation of secondary tissue which leads to an increase in girth is called secondary growth. Secondary tissues are formed by two types of lateral meristems – vascular cambium (formed from conjunctive parenchyma and pericycle) and cork cambium or phellogen (formed from pericycle). Cork…
https://www.ecobiohub.com/secondary-growth-in-dicot-root/
In this tutorial, we have described secondary growth in dicot root. The formation of secondary tissue which leads to an increase in girth is called secondary growth. Secondary tissues are formed by two types of lateral meristems – vascular cambium (formed from conjunctive parenchyma and pericycle) and cork cambium or phellogen (formed from pericycle). Cork…
https://www.ecobiohub.com/secondary-growth-in-dicot-root/
EcoBioHub
Secondary Growth in Dicot Root | EcoBioHub
In this tutorial, we have described secondary growth in dicot root.
Biological Classification || Five Kingdom of Classification
Biological classification is the scientific procedure of arranging organisms into groups and subgroups on the basis of their similarities and dissimilarities and placing the groups in a hierarchy of categories. The branch of biology concerned with biological classification is called taxonomy. TABLE OF CONTENTS: PURPOSE OF BIOLOGICAL CLASSIFICATIONOBJECTIVES OF BIOLOGICAL CLASSIFICATIONTYPES OF BIOLOGICAL CLASSIFICATION● Artificial…
https://www.ecobiohub.com/biological-classification-with-five-kingdom-of-classification/
Biological classification is the scientific procedure of arranging organisms into groups and subgroups on the basis of their similarities and dissimilarities and placing the groups in a hierarchy of categories. The branch of biology concerned with biological classification is called taxonomy. TABLE OF CONTENTS: PURPOSE OF BIOLOGICAL CLASSIFICATIONOBJECTIVES OF BIOLOGICAL CLASSIFICATIONTYPES OF BIOLOGICAL CLASSIFICATION● Artificial…
https://www.ecobiohub.com/biological-classification-with-five-kingdom-of-classification/
04 Theory of Evolution || Lamarckism, Darwinism, Mutations
In this tutorial, we have discussed the theory of Evolution in detail. TABLE OF CONTENTS: THEORY OF EVOLUTION(01) LAMARCKISMPostulates of LamarckismEvidences in Support of LamarckismCriticism of LamarckismNeo-Lamarckism(02) DARWINISMDarwin’s ObservationsBasic Postulates of Darwinism1. Overproduction or Rapid Multiplication 2. Limited Space and Food3. Struggle for Existence4. Variations5. Natural Selection and Survival of the Fittest6. Inheritance of Useful…
https://www.ecobiohub.com/theory-of-evolution-summary-lamarckism-darwinism/
In this tutorial, we have discussed the theory of Evolution in detail. TABLE OF CONTENTS: THEORY OF EVOLUTION(01) LAMARCKISMPostulates of LamarckismEvidences in Support of LamarckismCriticism of LamarckismNeo-Lamarckism(02) DARWINISMDarwin’s ObservationsBasic Postulates of Darwinism1. Overproduction or Rapid Multiplication 2. Limited Space and Food3. Struggle for Existence4. Variations5. Natural Selection and Survival of the Fittest6. Inheritance of Useful…
https://www.ecobiohub.com/theory-of-evolution-summary-lamarckism-darwinism/
Secondary Growth in Dicot Root
In this tutorial, we have described secondary growth in dicot root. • The formation of secondary tissue which leads to an increase in girth is called secondary growth. Secondary tissues are formed by two types of lateral meristems – vascular cambium (formed from conjunctive parenchyma and pericycle) and cork cambium or phellogen (formed from pericycle).…
https://www.ecobiohub.com/secondary-growth-in-dicot-root/
In this tutorial, we have described secondary growth in dicot root. • The formation of secondary tissue which leads to an increase in girth is called secondary growth. Secondary tissues are formed by two types of lateral meristems – vascular cambium (formed from conjunctive parenchyma and pericycle) and cork cambium or phellogen (formed from pericycle).…
https://www.ecobiohub.com/secondary-growth-in-dicot-root/
Leaf Anatomy (Transverse Section of Leaf)
In this tutorial, we have discussed the leaf anatomy (Transverse Section of Leaf) of dicot and monocot plants. TABLE OF CONTENTS: Leaf Anatomy: Dorsiventral / Dicotyledonous Leaf1. Upper Epidermis (Adaxial Epidermis)2. Lower Epidermis (Abaxial Epidermis)3. Mesophyll(i) Palisade Parenchyma: (ii) Spongy Parenchyma: 4. Vascular BundlesLeaf Anatomy: Monocotyledonous / Isobilateral Leaf1. Epidermis2. Mesophyll3. Vascular BundlesDifference Between Monocot…
https://www.ecobiohub.com/leaf-anatomy-transverse-section-of-leaf/
In this tutorial, we have discussed the leaf anatomy (Transverse Section of Leaf) of dicot and monocot plants. TABLE OF CONTENTS: Leaf Anatomy: Dorsiventral / Dicotyledonous Leaf1. Upper Epidermis (Adaxial Epidermis)2. Lower Epidermis (Abaxial Epidermis)3. Mesophyll(i) Palisade Parenchyma: (ii) Spongy Parenchyma: 4. Vascular BundlesLeaf Anatomy: Monocotyledonous / Isobilateral Leaf1. Epidermis2. Mesophyll3. Vascular BundlesDifference Between Monocot…
https://www.ecobiohub.com/leaf-anatomy-transverse-section-of-leaf/
Stem Anatomy || Monocot and Dicot Stem Cross Section ||
In this tutorial, we have described Stem Anatomy (Monocot and Dicot Stem Cross Section). TABLE OF CONTENTS: DICOT STEM CROSS SECTION1. Epidermis2. Cortex: (i) Hypodermis: (ii) General Cortex: (iii) Endodermis: 3. Pericycle4. Vascular Bundles(i) Xylem:(ii) Phloem: (iii) Cambium: 5. Medullary Rays or Pith Rays6. Pith or MedullaMONOCOT STEM CROSS SECTION1. Epidermis2. Hypodermis3. Ground Tissue4. Vascular…
https://www.ecobiohub.com/monocot-and-dicot-stem-cross-section/
In this tutorial, we have described Stem Anatomy (Monocot and Dicot Stem Cross Section). TABLE OF CONTENTS: DICOT STEM CROSS SECTION1. Epidermis2. Cortex: (i) Hypodermis: (ii) General Cortex: (iii) Endodermis: 3. Pericycle4. Vascular Bundles(i) Xylem:(ii) Phloem: (iii) Cambium: 5. Medullary Rays or Pith Rays6. Pith or MedullaMONOCOT STEM CROSS SECTION1. Epidermis2. Hypodermis3. Ground Tissue4. Vascular…
https://www.ecobiohub.com/monocot-and-dicot-stem-cross-section/