powerpoint presentation of photosynthesis

Photosynthesis

Powerpoint lecture notes: photosynthesis.

Photosynthesis PowerPoint Template

The Photosynthesis PowerPoint Template is a resourceful presentation tool for educators, researchers, and professionals working in the field of botany. Photosynthesis is a process of how plants use sunlight, water, and carbon dioxide to produce oxygen and energy. At the cellular level, the cell respiration system fuels the plant’s metabolic activities. 3-slide PowerPoint templates for educational presentations contain labeled diagrams for photosynthesis and plant cells. The high quality of diagrams provides clear visuals that aid in describing photosynthesis functions effectively.

The PowerPoint templates of photosynthesis feature high-level photosynthesis cycle and plant cell composition diagrams. 3 slides of photosynthesis are creative PowerPoint presentation templates. Users can change designs and creative PowerPoint themes of diagrams as they see fit. The default slides with white PowerPoint backgrounds can blend with professional PowerPoint themes of existing presentations. The animated presentation templates PowerPoint of the photosynthesis diagram make learning more interesting.

The educational PowerPoint templates assist teachers in explaining topics of photosynthesis. The shapes of sunlight, water, and soil, and sunflower illustrate energy sources for plants. The plant’s cell structure diagram templates are helpful for understanding functions such as chloroplast or plastid.

Illustrative diagrams of the Photosynthesis PowerPoint Template are self-explanatory slides containing word labels. Each label defines components of photosynthesis. These include the sun, water, minerals, and cell parts such as chloroplast molecules, cytoplasm, and nucleus. PowerPoint templates education themes are ideal for explaining how energy converts into sugar. Users can customize photosynthesis diagrams in Microsoft PowerPoint templates and Google Slides Templates. Editable diagrams are vector-based graphics that can resize and reuse in various biochemistry presentations.

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Description

This Photosynthesis PowerPoint covers the concepts of ADP and ATP, chlorophyll and other pigments, leaf structure, the light dependent reactions, the light independent reactions (Calvin cycle), and factors that affect the rate of photosynthesis. Biology teachers know that Photosynthesis can be a difficult unit for our students. This 77 slide PowerPoint presentation and accompanying set of notes for high school biology will engage your students while you teach this difficult unit of study. Choose to use the traditional printable version, or the paperless, digital Google Apps version. The slides will captivate your students with stunning photographs and images to provide an in-depth study of photosynthesis.

Both printable and digital versions of this resource are included. The student handouts can be printed or used in the paperless digital format in your Google Drive, Google Classroom, Microsoft OneDrive, or similar. This resource is perfect for traditional classroom settings, 1:1 schools, or for distance learning.

What is included in this product?

• A 77-Slide PowerPoint Presentation (Includes traditional PowerPoint, PDF, and Google slides)
• Editable and printable 11-page set of lecture notes for the teacher
• Editable and printable 13-page guided notes outline for the student
• Paperless Digital Version (not editable) for use in Google Drive, Google Classroom, and /or Microsoft OneDrive
• Teacher Guide to Google Apps

The Power Point is designed to hold the attention of your students. The 77 slides are bright and colorful and contain loads and loads of visually appealing pictures and images. Animations and transitions are included to allow you to control the pace of the lesson.

Your students are going to love using the outline as you teach. It allows the student more freedom to listen, think, and ask questions during note-taking. The notes are also perfect for students with disabilities or IEP's.

Topics covered are:

• Autotrophs, Heterotrophs, the flow of energy through an ecosystem.
• Chemical energy and ATP: Definitions/explanations of ADP and ATP, the structure of ATP, how ADP becomes ATP, uses of ATP.
• Overview of photosynthesis: Reactants, products, and an equation for photosynthesis.
• Chlorophyll and other pigments: pigment, chloroplasts, electromagnetic spectrum, visible spectrum, absorption and reflection of different wavelengths of light, types of chlorophyll.
• Leaf Anatomy: Students will label the parts of a leaf and define cuticle, palisade, spongy cells, mesophyll, stomata, vascular bundle, xylem, phloem
• Structure of the Chloroplast: Students will label a drawing and define outer membrane, inner membrane, thylakoids, grana, stroma, chlorophyll, photosystems.
• Electron carriers: Short discussion on electrons, energy levels of electrons, excited electrons, electron transport chain, NADP+, NADPH.
• An overview of the stages of photosynthesis: Light dependent reactions and light independent reactions. Includes an equation for photosynthesis that outlines the reactants and the products of photosynthesis.
• The Light dependent reactions: Photosystem I and photosystem II, splitting of water molecules, electron transport chain, production of ATP and NADPH, release of oxygen, ATP synthase.
• Calvin Cycle: Includes basics of carbon fixation, reduction of PGA to form PGAL, regeneration of RuBP, how glucose is formed.
• Alternative Pathways: Water loss from the plant, the C4 Pathway, the CAM pathway.
• Factors affecting the rate of photosynthesis: water, temperature, light intensity.

This powerpoint was written with a typical biology I class in mind. It is most appropriate for grades 9 - 12. It can easily be edited.

Also included is a set of notes to accompany this powerpoint. It includes a complete set of notes for the teacher, and an outline of the notes for the students. Students will use the outline as the powerpoint is being presented and will fill in the notes as the lesson is being taught.

Related products include:

• Photosynthesis Complete Unit Plan Bundle
• Photosynthesis Color By Number Activity
• Lab: Leaf Structure and Function
• Lab: Pigment Chromatography
• Biology Buzz Words: Photosynthesis
• Lab: Stomata - Gateways into the Leaf
• Photosynthesis Google Sheets Hidden Picture Reveal Games - Set of 3
• Photosynthesis Task Card
• Photosynthesis Homework Assignments - Set of 3
• Photosynthesis Crossword Puzzle
• Photosynthesis Quizzes - Set of 3
• Photosynthesis Powerpoint Jeopardy Review Game
• Cell Structure and Physiology Interactive Notebook Pages, Warm Ups, or Bell Ringers
• Photosynthesis Unit Test

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Plants: nutrition, photosynthesis and respiration

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PHOTOSYNTHESIS POWERPOINTS

photosynthesis

Apr 02, 2019

380 likes | 620 Views

photosynthesis. Dr. Donna Howell Biology I Blacksburg High School. Energy and Life. Energy. ALL organisms need a constant source of energy to survive. The ultimate source of energy is the Sun. Plants and other types of organisms are able to use light energy from the Sun to produce food.

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Presentation Transcript

photosynthesis Dr. Donna Howell Biology I Blacksburg High School

Energy and Life

Energy • ALL organisms need a constant source of energy to survive. • The ultimate source of energy is the Sun. • Plants and other types of organisms are able to use light energy from the Sun to produce food.

Types of organisms • There are two types of organisms: • Autotrophs – organisms that make their own food from the Sun, such as plants • Heterotrophs – organisms that cannot use the Sun’s energy directly to make their food

Photosynthesis

Photosynthesis • Photosynthesis is the overall process by which sunlight (solar energy) chemically converts water and carbon dioxide into sugars, a source of energy. • Occurs in two stages in the chloroplasts.

Chloroplasts • Chloroplasts consist of: • Thylakoids – little “pancake-like” structures stacked on top of each other. Chlorophyll located here. • Granum – a stack of thylakoids • Stroma – the space outside the thylakoid membrane

Stage 1 • Stage 1 of the process is called the light-dependent reactions because require sunlight.. • This occurs in the plant’s chloroplasts. • Use energy from sunlight to produce ATP and NADPH, energy carrying molecules.

Stage 2 • Stage 2 of the process is called the dark reactions because doesn’t require sunlight. • This occurs in the plant’s chloroplasts. • Uses ATP and NADPH from the light-dependent reactions to produce high-energy sugars.

Photosynthesis • The chemical formula for photosynthesis is: 6CO2 + 6H2O C6H12O6 + 6O2 The above means that six molecules of carbon dioxide and six molecules of water react to form one glucose (sugar) molecule and six oxygen molecules. Solar energy

ATP • ATP stands for adenosine triphosphate. • It’s structure is: • Consists of nitrogen base (blue part) • Sugar – ribose (green part) • 3 Phosphate groups – orange part

ATP • ATP can be used to produce energy when one of the phosphate groups is removed. • Energy is contained in the chemical bonds that holds the phosphate groups together, and breaking a bond releases energy. That creates a molecule called ADP (di). • The loose phosphate group above can re-combine with the ADP molecule to form ATP again. Keeps cycling as needed.

Light-Dependent reactions • During the light-dependent reactions, solar energy is absorbed by chloroplasts and two energy storing molecules (ATP, NADPH) are produced. • The solar energy is used to split water molecules which results in the release of oxygen as a waste product.

Dark reactions (Calvin cycle) • During the dark reactions, energy stored in ATP and NADPH is used to produce simple sugars (glucose) from carbon dioxide. • These sugars store energy for use by the cell when it needs it. • The glucose can be used as an energy source, or can be used to produce organic molecules such as proteins, carbohydrates, fats, or nucleic acids.

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PHOTOSYNTHESIS

PHOTOSYNTHESIS Class Notes PHOTOSYNTHESIS Photosynthesis is ability of a plant to turn sunlight, air, and water into sugar (energy).

2.5k views • 30 slides

Photosynthesis. How Plants Make Food from Sunlight and Low Energy Molecules. Photoautotrophs. Carbon and Energy Sources. Photoautotrophs Carbon source is carbon dioxide Energy source is sunlight Heterotrophs Get carbon and energy by eating autotrophs or one another. Photoautotrophs .

1.51k views • 45 slides

Photosynthesis. The Source of most Biological Energy Trapped in Photosynthesis Energy Converted to Chemical Bonds. CH 2 O + O 2. CO 2 + H 2 O + ATP. CH 2 O + O 2. CO 2 + H 2 O + light. Respiration:. Krebs cycle mitochondrion matrix. ETS + Ox Phos mitochondrion cristae.  CO 2

1.35k views • 28 slides

Photosynthesis. What is photosynthesis?. Photosynthesis is the process in which a plant uses energy from the sun to make food for itself. Photo means “light”; synthesis means “to put together”. Therefore, photosynthesis is the process of using light to make food. The Process.

1.65k views • 8 slides

Photosynthesis. Ch. 2.1 Cell processes and energy. How do all living things get energy? . REMEMBER: Autotroph- “auto” self “ troph ” nourish Heterotroph “hetero” other or different So autotroph makes their own food (plants) Heterotroph gets food from other sources.

525 views • 15 slides

Photosynthesis. Refresher Question. What is a leaf’s main function?. Make food! PHOTOSYNTHESIS. Refresher Question. What plant structure do you see here:. ROOT. http://www.botgard.ucla.edu/html/botanytextbooks/generalbotany/images/typesofroots/Sonchusroots.jpg. Refresher Question.

445 views • 18 slides

Photosynthesis. Unit 6 continued. We need energy. Energy is the ability to do work Most energy on earth comes from the sun Heterotrophs get energy by eating other organisms

348 views • 19 slides

Photosynthesis. Photosynthesis. Occurs in plant chloroplasts, producing g________ and ATP. Photosynthesis. Occurs in plant chloroplasts, producing g________ and ATP. Can be summarised as: 6H20 + 6CO2  C6H12O6 + 6O2 Water + Carb.Diox  Glucose + Oxygen. Photosynthesis.

365 views • 12 slides

Photosynthesis. Where does it occur in the cell?. Chloroplast!. What is photosynthseis ?. Photosynthesis is the process plants use to trap the sun’s energy and build carbohydrates, called glucose, that store energy. 1 st phase. Light-dependent reactions:

261 views • 6 slides

Photosynthesis. 8.1 & 8.2 Notes. Chemical Energy and ATP. Energy is the ability to do work. Your cells are busy using energy to build new molecules, contract muscles, and carry out active transport. Without the ability to obtain and use energy, life would cease to exist.

452 views • 24 slides

Photosynthesis. An Animated Tour. H +. e -. Photo-system I. ETC. CHEMIOS. Photo-system II. H 2 O. O 2. Releasing electrons (e - ) and hydrogen ions (H + ). Light energy is captured by PS-II and the energy is used to split water, releasing oxygen to the air. Thylakoid Membrane. Stroma.

206 views • 7 slides

Photosynthesis. Chapter 8. Photosynthesis Overview. Energy for all life on Earth ultimately comes from photosynthesis. 6CO 2 + 12H 2 O C 6 H 12 O 6 + 6H 2 O + 6O 2 Oxygenic photosynthesis is carried out by: cyanobacteria, 7 groups of algae, all land plants .

785 views • 35 slides

Photosynthesis . Lakshmi. Definition. Photosynthesis is a process by which cells capture the energy of the sun and store it as chemical energy in complex organic molecules.

415 views • 24 slides

Photosynthesis. Chapter 4. Where does all of our energy come from?. THE SUN. How do plants get food?. Photosynthesis - Process by which green plants or organism with chlorophyll convert _______ energy into _____________ energy in the bonds of carbohydrates

506 views • 30 slides

Photosynthesis. By Matt Scarlett and Haley Brown. First Stage:. CO2 enters through the plant’s leaves, by entering through the stomata. We put off CO2 and so do most of the other animals we share our planet with. Second Stage:. H2O enters through the root system.

304 views • 16 slides

Photosynthesis. What is photosynthesis?. Process plants use to make their own food Plants’ leaves contain chlorophyll Chlorophyll ( green color ) makes photosynthesis possible. 1 . 2 . 3 . 4 . البناء الضوئي. 5 . 6. 7 . 8.

472 views • 10 slides

SUN. photons. glucose. Photosynthesis. An anabolic, endergonic, carbon dioxide (CO 2 ) requiring process that uses light energy (photons) and water (H 2 O) to produce organic macromolecules (glucose). 6CO 2 + 6H 2 O  C 6 H 12 O 6 + 6O 2.

857 views • 47 slides

Photosynthesis. Aims: Must be able to state the location and formula for photosynthesis. Should be able to outline the stages involved in photosynthesis. Could be able to outline the different phases of the process and where they happen. Photosynthesis - Basics. Light. 6 CO 2 + 12 H 2 O.

1.04k views • 18 slides

Chapter 5. Photosynthesis. http://www.youtube.com/watch?v=sQK3Yr4Sc_k. Photosynthesis. Converting light energy into chemical energy to assemble organic molecules Two stages Light-dependant reactions Absorption of photons of light PI and PII Light-independent reactions (Calvin Cycle)

467 views • 30 slides

PHOTOSYNTHESIS. YOU MUST KNOW…. HOW PHOTOSYSTEMS CONVERT SOLAR ENERGY TO CHEMICAL ENERGY HOW LINEAR ELECTRON FLOW IN THE LIGHT REACTIONS RESULTS IN THE FORMATION OF ATP, NADPH, AND O 2 HOW CHEMIOSMOSIS GENERATES ATP IN THE LIGHT REACTIONS. YOU MUST KNOW….

668 views • 35 slides

Photosynthesis. How plants (and some algae and bacteria) make their own food video. Recall:. Plants use the energy of sunlight and the green pigment chlorophyll to convert carbon dioxide and water into the sugar glucose. The Equation.

301 views • 12 slides

PHOTOSYNTHESIS. Introduction. Life on Earth is solar powered. The chloroplasts of plants use a process called photosynthesis to capture light energy from the sun and convert it to chemical energy stored in sugars and other organic molecules.

342 views • 16 slides

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Photosynthesis | PPT PDF slides | Class 11/ Plus 1/CBSE

Photosynthesis - ppt pdf , 👉  part 1: experiments, 👉  part 2: photosynthesis- site and pigments, 👉  part 3: light reaction, 👉  part 4: dark reaction, photorespiration, 👉  part 5: factors affecting photosynthesis, 21 comments.

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Year 8 Science Biology - Photosynthesis

Subject: Biology

Age range: 11-14

Resource type: Lesson (complete)

Last updated

23 August 2024

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Article Contents

Earlier peak photosynthesis timing potentially escalates global wildfires.

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Gengke Lai, Jialing Li, Jun Wang, Chaoyang Wu, Yongguang Zhang, Constantin M Zohner, Josep Peñuelas, Quansheng Ge, Earlier peak photosynthesis timing potentially escalates global wildfires, National Science Review , 2024;, nwae292, https://doi.org/10.1093/nsr/nwae292

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More intense fire weather due to climate change is implicated as a key driver of recent extreme wildfire events. As fuel stocks, the roles of vegetation and its phenology change in wildfire dynamics, however, are not fully appreciated. Using long-term satellite-based burned areas and photosynthesis observations, we reveal that an earlier peak photosynthesis timing (PPT) potentially acts to escalate subsequent wildfires, with an increase in the global average burned fraction by 0.021% (∼2.20 Mha) for every additional day of PPT advancement. Satellite observations and the Earth System modeling consistently show that this fire escalation is likely due to intensified drought conditions and increased fuel availability associated with the climate feedback arising from earlier PPT. Current fire-enabled dynamic global vegetation models can reproduce the observed negative correlation between PPT and burned area but underestimate the strength of the relationship notably. Given the continued PPT advancement owing to climate change, the bioclimatic effects of vegetation phenology change suggest a potentially pervasive upward pressure on future wildfires.

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