ART + SCIENCE - MYP UNIT PLAN
TeacherIvan DzinkicSubject group and disciplineArt + ScienceUnit Duration - 20 hours
Unit TitleBiology Art & EarthworksMYP Year3 (gr.8)

Inquiry: Establishing the purpose of the unit
Key ConceptRelated concept(s)Global context

(Aesthetics) - Connections

(Change) - Creativity

(Identity) - Time, Place and Space

Genre - (Biological Illustration)

Genre - (Land Art)
Innovation - (Cyanotypes)

"State of the planet awareness and awareness of human choices (Hanvey 1976) will actively develop students' ability to consider varying points of view."

A focus will be made on the responsibility of artists to be aware of how their activities impact the environment and how artists can make decisions that will lessen the negative outcomes
of their work.
Statement of Inquiry

"New genres may emerge when innovations are adopted by others"

Change (transformation) - In the Botanical Illustration project (and even the cyanotype project) students can select plants at different stages of development to use in their artworks. For Botanical Illustration, students can also create a flowchart illustration that demonstrates how one plant changes during its lifetime.

• Genre - Students will learn about the genres of land art/earthworks as well as early examples of herbariums and botanical illustration as an art form.

• Innovation - For the cyanotype project, students will learn about the invention of photosensitive chemicals, how they shaped artistic expression and how they created brand new forms of expression.

Orientation in space and time - For the land art project/field trip students will have to work within the boundaries of a set place and use the found materials to make
their work of art.

Inquiry Questions
1. Factual Question:

(Land Art Project) What approaches, methods or elements can be identified as specific to the "land art" genre? (Cyanotype) What types of art forms are created using photosensitive materials?
(Botanical Illustration) - What are some characteristics of Botanical Illustration?

2. Conceptual Question:

(Land Art) Is it possible that a work of land art could influence a society or group of people; in what ways could that happen?
(Cyanotype) Is it possible to create both sharp and soft edges using cyanotype; how can we make this happen? (Botanical Illustration) What elements of botanical illustration might help a person identify a particular plant?

3. Debatable question:

(Land Art) How much should an artist be allowed to change the environment to create a work of art?
(Cyanotype) Did traditional visual artists stop being relevant with the invention of photosensitive film and technology?
(Botanical Illustration) How do different cultures, in different times convey and pass on valuable information about medicinal plants?
ObjectivesSummative assessment
(Land Art) - Students create artwork from materials that are found on location. This involves a field trip where prior to the start of artmaking, a discussion is had about the global contexts of environmental responsibility, caring for our planet and the ethical implications of making art using living materials.


(Cyanotype) - Students create a botanical cyanotype using plants they collected on the Land Art field trip. Prior to the start of the artmaking process, students are introduced to the invention of photosensitive materials within the context of both science and art history.


(Botanical Illustration) - Students create a botanical illustration based either on the plant in their cyanotypes, or a culturally important plant from their respective backgrounds which was historically
either used for sustenance or medicinal purposes.

(Land Art) - Visual Representation (Web or Concept Map) Ask students to create a visual representation (e.g., web, concept map, flow chart, or time line) to show the elements or components of a topic or process. This technique effectively reveals whether students understand the relationships among the elements. The summative assessment for the sculpture can be made up of a technical category (stability, unity etc.) whereas the supporting art journal entry can contain information about artistic choices and intention (as outlined in the MYP Arts Guide). Art Journal entries will also be graded on their clarity and notation of artistic choices and intent.

1. Part 1 of 2. An on-site artwork which shows the students ability to ethically use found materials and re-arrange them in a creative way. The teacher takes a photo of each student's artwork which is then printed and pasted into their art process journal and used for part 2 of 2.

2. Part 2 of 2.
An Art Process journal entry detailing the steps taken to create the artwork and their interpretation of it. 3. (Optional) a critique of a friend's artwork.

(Cyanotype) The grading rubric can be made up of various targets that display students’ skills in this particular medium. For example, students are graded on their ability to create soft and sharp edges, overlapping elements and a sense of foreground and background. There can also be a part of the rubric that encourages students to overexpose some elements, and underexpose others thereby prompting them to plan ahead or experiment with different visual effects that are achieved by allowing sunlight to hit different parts of the photosensitive paper for different durations. Art Journal entries will also be graded on
their clarity and notation of artistic choices and intent.

(Botanical Illustration) Since the illustration is done with traditional art materials, students can be assessed on technical proficiency related to the medium.
For Example in watercolours they can have a visual representation of high levels and lower levels of skill in techniques such as, blending 2 colours, gradients, soft edge, sharp edge, pooling effects etc. Art Journal entries will also be graded on their clarity and notation
of artistic choices and intent.

Through this unit, students’ ability to handle art materials will be practised and assessed through an art form of a particular genre. They will have the opportunity to innovate on their own through experimentation to reach a desired outcome. The inquiry category of change (transformation) can be approached from a technique perspective (how does the outcome of a cyanotype change depending on how long you allow it to be exposed to sunlight? How does your ability to create a soft edge or gradient change depending on how wet the paper is when you apply the paint?) or it can be explored through their art journal where their conceptual understanding of this statement can be assessed. For example, their botanical illustration can demonstrate how a dandelion transforms from a seed to a puffy dandelion nearing the end of its life cycle. Orientation in time and space can be assessed through the land art/ earthworks project by way of innovative structural solutions and their ability to create a finished artwork within the time the field
trip lasts.

Approaches to learning (ATL)

Creative Thinking - Students have to make creative decisions with respect to the composition of their artworks, as well as the information and message the artworks convey.


Collaboration - The earthworks/land art project, as well as the botanical project can be adjusted for individual or group work. For example, students can collaborate to share resources for their earthwork sculptures, or work in a small group where each student contributes one iteration of a particular plant for the poster
(seed, germination, mature plant etc.)


Action: Teaching and Learning through Inquiry
ContentLearning Processes

Week 1: Land Art/Earthworks Field Trip and collection of plant samples


Week 2: Art Journal Reflections on Field Trip and learning about theory related to Cyanotype (printmaking and photosensitive materials)


Week 3: Cyanotype


Week 4: Botanical Illustration


Week 5: Exhibition of artworks and Journal Reflections on Cyanotype and Botanical Illustration

Learning experiences and teaching strategies

(Land Art)

Land Art/Earthworks - Prior to this field trip, the teacher will introduce the genre of land art and earthworks through artists such as Strijdom Van Der Merwe, Robert Smithson and others. A variety of artworks will be shown, created with different found materials such as rock, wood, plant matter and soil. There will be a discussion on ethical choices artists made, and whether or not their process impacts the environment positively or negatively.

After this lesson, students will go on a field trip to a natural area where they are able to use their environment and found materials to create an artwork (sculpture or flat composition). They can choose to work alone or in a group. The teacher will explore different ways to combine materials and take pictures of their art to reference later in their journal. Students will be encouraged to think about their artistic choices and intent within the scope of previously learned art concepts such as the Elements of Art and Principles of Design.

For example they can create an earthwork that portrays principles of design such as rhythm, pattern, movement, unity etc. or an artwork that focuses on colour, line, shape, form etc. The teacher will use both direct teaching and open ended questions to guide students towards making a good work of art. Students can share solutions to novel problems and borrow ideas from others. In preparation for their next art project, they will collect some samples of plant life or other natural objects which they will then use for their cyanotypes.

Week 2: In the classroom, students will create a presentation of their artworks which are accompanied by artist statements and descriptions. They will have an opportunity to think/pair/share with their classmates about the creation of their artworks and how they approached the project from beginning to end. They will look to justify whether or not the artwork was damaging to the location in any way and describe their creations with regards to artistic choices and intent. During the second lesson, a presentation and inquiry will be made into photosensitive materials, and how the invention of this technology shaped artistic expression over the years. Students will discover cyanotypes and have the opportunity to try small samples of this paper to explore different ways to create different effects. They will place their plant samples in a heavy textbook to flatten them out in preparation for next week's artmaking.


Week 3: During this week, students will use their now flattened plant samples and create their cyanotypes. This is a somewhat unpredictable medium so there will be time planned for second and third tries depending on their exploration of the techniques needed for a high-level artwork (for example soft edges, sharp edges, foreground and background and overlapping plants).


Week 4: At the beginning of this week, students will have a presentation and inquiry into botanical illustration, followed by a working class where certain techniques are practised in watercolour or tempera. They will work through a series of exercises where the goal is to learn how to work with the medium to create a flat layer of colour and transitions from one colour to another, or from a transparent layer to an opaque layer.

Following these exercises they can use reference materials to sketch out a plant in various stages of development, after which they will paint it in with colour and label the various elements based on scientific data for their chosen plant. The teacher will use flipped classroom techniques to record instructional videos for students which can be viewed at home or in the classroom, and which show all the tips and tricks to create desired effects. Templates for botanical illustration will be provided to assist students with composition. Students can choose to work in small groups on a larger paper and combine their skill sets to make a pleasing end product.


Week 5: This week will be dedicated to the final touches and the presenting of their artworks to a wider audience. We will work in our art journals to reflect on the process of each artwork, and allow students to write about challenges they faced along the way and how they overcame them. There will be prompts for students to write about their understanding of the connections between science and art, and what the artists role is
within this context.

 Formative assessment

● Student participation in the think/pair/share
● Student technique exercises and their ability to showcase their skills in watercolour/tempera as well as cyanotype
● Student journal entries and overall presentation quality
● The responsible use of art materials, both sourced from living organisms and the environment, as well as not being wasteful with art supplies
● Their contributions to the group project (if they choose to work in a group)
 Differentiation

● The teacher will make a strong effort to help less technically skilled students with mastering techniques in watercolour.
● During the cyanotype project, the teacher will work alongside students to create their own cyanotype and share tips and tricks along the way.
● Students who excel in a particular skill can be appointed as “local experts” and be placed with others to help them solve a problem.
● Students who excel at art in general can be given challenges such as creating complex structures for land art, choosing a complex plant for botanical illustration which may or may not include more difficult techniques such as 3 colour gradients or frottage.
● The teacher can give after-school support to any student who is not pleased with their product.
Resources

In the “Rationale” section – I referenced the “IB Student Profile” - The Aims/Objectives of the Lesson part 1 (Basics) were referenced from the “MYP Arts Guide” Formative Assessment “Visual Representation – Web or Concept Map” was sourced from Wiggins and McTighe – Extract: Formative Assessment Technique and was found in the “MYP Arts Teacher Support Material 2022-2023"


https://www.biodiversitylibrary.org/page/2686591#page/172/mode/1up https://www.biodiversitylibrary.org/page/33692027#page/683/mode/1up https://www.biodiversitylibrary.org/page/52786375#page/340/mode/1up
https://www.gathered.how/arts-crafts/guide-to-cyanotype-printing/


Botanical Illustration (above) - Cyanotype (below)


Reflection: Considering the planning, process and impact of the inquiry
Prior to teaching the unitDuring TeachingAfter teaching the unit

A review of the elements of art and principles of design for the purpose of creating a strong artwork, or as an entrypoint into land art/earthworks would be useful so that students can have some visual forms in mind prior to starting.


This unit would ideally be planned during or after the students have done a biology/botany/environment unit in science.


Plenty of visual examples of each activity would have to be provided to students so they have a sense of what they are doing.


There should be frequent short discussions in class about the statements of inquiry listed above. The teacher should look to use those words as much as possible so as to foster conversations between
students and with the class as a whole.

The art teacher should always be walking around and observing students at work. The main purpose of this is to highlight and praise students who have come up with a good solution and allow them to present their work to the class. On the flip side, if a teacher notices some technical difficulties, it’s a great opportunity to have a demonstration and help them with their issues.

The teacher should look to bring the vocabulary of science into the lesson and reiterate important concepts in science whenever possible. For example, asking a student who is doing botanical illustration “which part of your poster shows a plant that is germinating? “ During the land art project, the teacher should assist with the collection of materials to an extent, and provide instant feedback and encouragement to those who are
trying their best.

The artworks can be shared with the science department and made into more permanent posters. Student journal entries should be re-visited to touch upon the statements of inquiry and contrast/compare these entries to a different project. The idea of caring for the environment while making an earthwork can be referenced and extend as Service As Action in
any other school activities.