Skip to main content
General Biology
My Courses
College Courses
Professional Courses
My Courses
Chemistry
General Chemistry
Organic Chemistry
Analytical Chemistry
GOB Chemistry
Biochemistry
Intro to Chemistry
Biology
General Biology
Microbiology
Anatomy & Physiology
Genetics
Cell Biology
Physics
Physics
Math
College Algebra
Trigonometry
Precalculus
Calculus
Business Calculus
Statistics
Business Statistics
Social Sciences
Psychology
Health Sciences
Personal Health
Nutrition
Business
Microeconomics
Macroeconomics
Financial Accounting
Product & Marketing
Agile & Product Management
Digital Marketing
Project Management
AI in Marketing
Programming
Introduction to Python
Microsoft Power BI
Data Analysis - Excel
Introduction to Blockchain
HTML, CSS & Layout
Introduction to JavaScript
R Programming
Calculators
AI Tools
Study Prep Blog
Study Prep Home
My Course
Learn
Exam Prep
AI Tutor
Textbook Solutions
Flashcards
Explore
Try the app
My Course
Learn
Exam Prep
AI Tutor
Textbook Solutions
Flashcards
Explore
Try the app
Growth exam Flashcards
Back
Growth exam
You can tap to flip the card.
Indeterminate growth
You can tap to
flip the card.
👆
Indeterminate growth
Growth that continues throughout a plant's life.
Track progress
Control buttons has been changed to "navigation" mode.
1/29
Related flashcards
Related practice
Recommended videos
Guided course
07:52
Primary Meristems
Jason
1870
views
7
rank
Guided course
05:29
Root Growth
Jason
1882
views
11
rank
Guided course
06:53
Secondary Growth
Jason
1988
views
10
rank
Terms in this set (29)
Hide definitions
Indeterminate growth
Growth that continues throughout a plant's life.
What are meristems?
Collections of plant stem cells that differentiate into various tissues.
Primary growth
Growth that extends roots and shoots, occurring at apical meristems.
Where does secondary growth occur?
In woody plants, involving lateral meristems like vascular cambium and cork cambium.
Vascular cambium
A lateral meristem that produces secondary xylem and phloem.
What is the function of cork cambium?
Forms bark by producing cork cells.
Root hairs
Epidermal outgrowths essential for nutrient absorption.
What are the three zones of root growth?
Zones of cellular division, elongation, and maturation.
Apical meristem
Meristem located at the tip of each root and shoot.
What does the protoderm give rise to?
The epidermis.
Procambium
Primary meristem that gives rise to vascular tissue.
What is the ground meristem responsible for?
Giving rise to ground tissue.
Zone of cellular division
Area where cells are actively dividing, found behind the root cap.
What happens in the zone of elongation?
Cells elongate by swelling with water, pushing the root cap through the soil.
Zone of cellular maturation
Area where cells complete their differentiation into various tissue types.
What is the role of the root cap?
Protects the apical meristem and senses gravity.
Secondary xylem
Produced by the vascular cambium, contributing to growth rings.
What is heartwood?
The inner, non-transporting xylem that accumulates gums and resins.
Sapwood
The outer, actively transporting xylem.
What forms bark?
Cork cells produced by the cork cambium and secondary phloem.
Lenticles
Porous tissues in bark that allow for gas exchange.
What is the shoot apical meristem?
The apical meristem located at the tip of a shoot, giving rise to leaves and flowers.
Root apical meristem
The apical meristem located at the tip of a root, giving rise to roots.
What are primary meristems?
Meristems that differentiate from apical meristems and are responsible for primary growth.
Ground tissue
Tissue that is not vascular or dermal, derived from the ground meristem.
What is the function of secondary phloem?
Produced by the vascular cambium, it contributes to the formation of bark.
What is the role of the vascular cambium in secondary growth?
Produces secondary xylem and phloem, contributing to the plant's circumference.
Cork cells
Non-living cells produced by the cork cambium, forming bark.
What is the significance of growth rings in trees?
They indicate the age of the tree and are formed by the accumulation of secondary xylem.
AI Usage Notice
Some of the text content on this page was generated with the assistance of AI to enhance clarity and completeness. We strive to monitor and review this content for accuracy and relevance.