Types of early childhood programs activity b chapter 2

What Are My Responsibilities as a Planner?
Female teacher with red pen and paperwork sitting at desk.
Brand X Pictures / Thinkstock

Learning Objectives
After reading this chapter, you should be able to:

Describe factors that affect the planning context.
Describe important considerations for planning the environment.
Explain the types of resources available to teachers for planning.
Describe a continuum of approaches to planning and how they are similar and different.
Introduction
Now that you have met your children and their families, collected information, and considered many ways to connect with them in the context of your community, its time to begin planning curriculum activities and how you will set up the environment to support them. Remember from Chapter 2 that you have the printed material accompanying the comprehensive curriculum used in your school and the supplementary literacy program that specifically targets at-risk learners. You also have your administrators assurance that you will have a good bit of freedom to make your own decisions as long as they are consistent with the curriculums goals.

Your teaching space has some nice featuresnotably access to a lavatory for the children inside the room, plenty of natural light from windows along one wall, a door to the adjacent playground, a classroom sink with counter space, a variety of child-sized furniture and movable storage units, and a storage closet. It also presents challenges that will affect how you will arrange your space, including where some of the above features are located, a limited number of electrical outlets, and permanently installed carpeting in one part of the room. With all of this in mind, how might you begin making decisions about how to arrange the classroom?

In addition to thinking about how to organize the physical environment, you might ask yourself several additional questions as you begin to plan your curriculum activities. What approach will you take to organize your ideas? How will you plan curriculum activities in ways that are developmentally appropriate and flexible? How will you make sure you are addressing learning standards? This chapter focuses on practical strategies for effective planning.

From the Field

Preschool teachers Jennifer and Elise discuss the importance of communication between teaching colleagues.
Critical Thinking Questions

How do you feel about working with another teacher or assistant teacher?
What will you do to begin establishing an effective, professional relationship?
6.1Contextual Factors That Affect Planning
Regardless of where you teach, your circumstances (or context) will impact your planning. Among the most important factors that affect planning are the curriculum, the children, their families, your teaching colleagues, and the physical settingthe building and learning spaces.

The Planning Context
Whether you are given a curriculum to implement or expected to select or design curriculum yourself, planning should be a responsive process. You will need to balance planned activities with what you observe about the needs, interests, and characteristics of children. (Copple & Bredekamp, 2009; Gestwicki, 2011).

To varying degrees, the type of early childhood setting in which you work will influence how planning occurs. Home-care providers are typically independent and care for the widest age range of children in the same setting. They have to plan and implement care and activities for infants and toddlers as well as preschoolers and school-age children. Early childhood educators in child-care centers or preschools may have considerable flexibility or be expected to implement a particular curriculum. In primary classrooms, especially in the public schools, planning will likely be closely correlated with prescribed curriculum, state learning standards, and designated assessment procedures.

Context can also influence the planning tools you use and your accountability for them. Some teachers may be given or expected to use a planning book or specific forms on which to write their plans. You might be required to turn in plans weekly, monthly, or on some other schedule for review by a supervisor. Most state child-care licensing regulations also require that current/ongoing activity plans be prominently displayed and shared with parents. For example, the Pennsylvania Regulationreads as follows:

3270.111 Daily activities.

(a) A written plan of daily activities and routines, including a time for free play shall be established for each group. The plan shall be flexible to accommodate the needs of individual children and the dynamics of the group.

(b) The written plan shall be posted in the group space.

More From the Field

Program director Rita Palet explains the importance of professional preparation, chemistry, and give-and-take in teaching relationships.
Critical Thinking Question

What would you do if you were paired with a teacher whose views about learning and curriculum differ significantly from yours?
Even if you are wholly in charge of your class or group of children, you may have a coteacher or assistant, or you may be part of a bigger teaching team, which means that other individuals will influence or perhaps have some control over your planning. Teachers in a center or school, for example, often plan collaboratively, as a group, by grade or age level. Further, the extent to which your ideas are incorporated into plans may be influenced by the group dynamics or competing points of view. For example, if you plan with a team of two lead teachers and two assistants, one of those individuals may tend to dominate conversation or another may be reluctant to consider trying new strategies. These are issues that would have to be worked out as you developed a collaborative approach to sharing ideas.

Finally, the physical setting within which learning takes place will impact your planning. You will have to consider what space you have, how the classroom will be arranged, what space you must share with other classes, and so on. Your planning for both the physical environment and activities will certainly have to consider how to reflect the diversity and cultural characteristics, experiences, and interests of the children and families in your group.

Integrating Developmental Principles and Beliefs
In considering our opening vignette, you may have wondered how an open-ended, comprehensive play-based curriculum could be compatible with planning and scheduling for a teacher-directed supplemental literacy program. Curricular activities may be conceptually organized by developmental domains or by academic content areas, but the planning process for any curriculum should prioritize and integrate developmentally appropriate principles and strategies.

For example, you can plan a literacy activity that focuses on identifying beginning word sounds as small-group or one-on-one interactions at the beginning or end of a large block of free-choice time rather than as a whole-group lesson. This way, childrens play is not interrupted; you maximize opportunities for interpersonal interactions and control the time and frequency of these activities for the capabilities of each individual child. Likewise, a curriculum or program that requires a whole-group "circle time" for 3-year-olds should challenge you to plan a format for such a time that is interactive, enjoyable, meaningful, and no longer than the children can reasonably be expected to manage.

As the teacher, your thoughtful approach to planning will be based on your observations, record keeping, and interactions with the children, ensuring that:

Themes and topics of study support program goals and curriculum objectives but curriculum is not "one-size fits all," so that children have ongoing opportunities for activities and experiences that support their individual interests and developmental characteristics
Teacher-directed and child-initiated activities are balanced
The curriculum is flexible and adaptable to accommodate learning opportunities that arise unexpectedly
Children can offer questions and ideas that are incorporated in planning of future activities
The environment and curriculum reflect and honor the real lives of the children and their families
Planning balances active and quiet times and individual, small-group, and whole-group interactions
Exploratory play is supported as an important mode of learning
Effective planning integrates the key themes of this book: (1) understanding the theoretical and/or philosophical foundation of the curriculum; (2) knowledge of human growth and development; (3) coordinating integration of the roles you, as the teacher, families, and communities assume as curriculum informants; (4) identification of curriculum content that supports childrens needs and interests; and (5) choosing and enacting developmentally appropriate teaching and assessment strategies.

Table 2.7 in Chapter 2 provides a simple format for organizing your essential ideas and beliefs so that you can compare them with ideas represented in various curricula you may be interested in or asked to use. In planning, you apply these ideas as an action plan (Nilsen, 2010). For example, Mary, a kindergarten teacher in South Carolina, knows that one of the physical science standards relates to exploring matter, "Standard K.P.4: The student will demonstrate an understanding of the observable properties of matter." The indicator for this standard (K.P.4A.1) reads: "Analyze and interpret data to compare the qualitative properties of objects (such as size, shape, color, texture, weight, flexibility, attraction to magnets, or ability to sink or float) and classify objects based on similar properties" (South Carolina Department of Education, 2014, p. 10). She knows that this standard can be addressed through explicit teaching about the concept, but her constructivist belief that children learn science concepts through exploration of the environment and materials leads to intentional planning for that learning to occur naturally.

Table 6.1 represents what her broad plan for a given week might include to support open-ended inquiry about the observable properties of water. Shell build the activities around the use of a water table.

Table 6.1: Water Table Activities
Prompts and Facilitation Strategies Materials
Monday Generate and record ideas about why objects sink or float in water; examine a variety of materials for experimentation; chart childrens predictions Paper clips; marbles; recycled styrofoam packing peanuts trays and soda/water bottles; paper plates; bottle caps; wood scraps; aluminum foil; paper cups; play dough; small rocks and sticks; string; rubber bands; tooth picks; plastic straws
Tuesday Discuss ideas about how children could make a boat that will float in water; construct and test in the water table; record observations; photograph or videotape the water table as a work in progress
Wednesday
Thursday
Friday Construct a diagram (sink/float/both) with the children to organize observations made over the week; compare with their original predictions; begin a book with images or drawings of the boats and transcription of childrens tentative answers to the question of why a boat floats; generate new questions about sinking and floating to continue inquiry
6.2Creating a Physical Environment for Your Curriculum
A young boy stands at a water table and transfers water from one container to another.
Susan Woog-Wagner / Getty Images

Children use a variety of materials to explore concepts about water, including different-sized containers (in which they can pour the water back and forth) and objects that sink and float.
The physical environment is a powerful messenger, and "every environment implies a set of values or beliefs about the people who use the space and the activities that take place there . . . each environment also influences the people who use it in subtle or dramatic ways" (Carter & Carter, 2003, p. 13).

Thinking and making decisions about how to design and arrange classroom spaces has been influenced by many individuals. Friedrich Froebel introduced the idea of materials specifically created to support the way young children learn. Maria Montessori pioneered the use of child-sized furniture and the careful organization of materials. Rudolph Steiner promoted the use of natural materials and a homelike environment. Elizabeth Jones and Elizabeth Prescotts work in the 1970s also emphasized the importance of a homelike environment and the idea that teachers should look to the environment as a source for solving problems (Prescott, 2004). For example, if you observed that children in an activity area were not sharing, a comparison of the number of things to do with the number of children using the center might suggest that additional materials need to be added (Prescott, 2004, p. 35).

Diane Trister-Dodge and David Weikert applied all of these ideas to the Creative Curriculum and High Scope classrooms. Finally, the Reggio Emilia programs demonstrate how planning an environment is driven by respect for the rights of the child to a beautiful, welcoming space that promotes relationships and attention to detail.

This section of the chapter will address how your curriculum influences the indoor physical environment, principles of good design, and aesthetics. Considerations for planning the outdoor environment are addressed in Chapter 8.

Does Your Curriculum Dictate or Provide Direction?
Given the innumerable different kinds of locations, classroom shapes, sizes, and building designs, it would be almost impossible for a curriculum to dictate exactly what a classroom or care space should look like. Curricula do, however, to varying degrees, implicitly or explicitly suggest and guide decisions about what equipment and materials are needed and how activity spaces should support childrens play, learning, and development.

For example, Montessori programs are expected to have at least a minimal set of designated materials arranged in a defined sequence and according to particular design principles. Creative Curriculum identifies ten distinct activity centers and gives teachers guidance about suggested materials for each. High Scope and Creative Curriculum teachers are also expected to label shelves and materials with pictures and/or words. The literacy curriculum mentioned in the opening vignette might come with a particular set of books, manipulative materials, and teacher resources with directions to store or display them in a prescribed sequence or order.

Other curriculum approaches set forth desired goals for what the environment should be designed to achieve as well as the particular elements it should include, but they assume that each classroom will also have its own unique character. For instance, the atelier or miniatelier feature of Reggio Emilia programs and classrooms (introduced in Chapter 2) is expected to include art and an array of interesting recycled materials arranged in an organized and aesthetically pleasing manner (Edwards, Gandini, & Forman, 1998).

In Waldorf education, according to teacher Sarah Baldwin (2012), "A Waldorf kindergarten is typically furnished to look much like a home, with silk curtains, wool rugs, a rocking chair, and wooden tables and chairs. Teachers consciously choose playthings for the classroom that will nourish a young childs senses and sheathe them in beauty. Toys found in the classroom are made from natural fiber and materials."

Regardless of a curriculums specifics, the teacher will plan the environment according to generally accepted ideas about good design for developmentally appropriate spaces to be used by young children.

What General Principles Should Guide Environmental Planning?
More From the Field

Director Lucia Garay describes the elements of planning that result in an effective learning environment.
Critical Thinking Question

Lucia says, "the environment becomes the curriculum." What does she mean by that?
Early childhood space planning is guided by general principles adapted to the specific needs of children and curricular priorities at different ages. All early childhood classrooms need a balance of functional, formal, and informal spaces (Shalaway, 2012; Swim, 2012). The classroom or care space should include functional areas for greeting and departure, storage of childrens personal belongings, feeding/dining, and toileting; it should be clean and organized. Furniture and activity areas should be arranged to provide for visual supervision at all times. Early childhood spaces must include equipment appropriate to the size of the children, with visual materials posted or displayed at the childs eye level.

Variations by Age
In an infant classroom, you would expect to see furniture and designated areas for diapering, feeding, sleeping, and playing with babies. A mobile might be suspended over a crib or floor mat in the childs line of sight, as infants spend some of their time lying on their backs looking up. Furniture will include rocking chairs for feeding, holding, and soothing and floor items and soft toys that encourage crawling, grasping, and exploring.

Toddler spaces need access to a bathroom as well as diapering, and also equipment designed for children who are now vertical and active much of the time, with designated areas for exploring their emerging interest in gross motor activities, dramatic play, books, and sensory activities. Children may now be napping on cushioned mats or cots that can be stored until needed. Small tables and chairs are appropriate for feeding times but may have to include high-chair seating as well as small chairs. Pictures and mirrors can be mounted where children can see them on the walls, and selected materials may be arranged on low shelves where toddlers can reach them.

Preschool furniture will be slightly larger than that for toddlers, with additional areas and materials that support a wide variety of curricular activities, a longer attention span, more refined fine-motor skills, a growing interest in reading, writing, and collaborative play. Children at this age can tend to many of their personal needs independently, and their expanded field of vision allows for additional possibilities for visual displays.

Safety First
All decisions about how a classroom space is arranged should be made with safety in mind. Water-absorbing washable mats can be purchased that limit the risk of slipping or falling. Electrical cords or outlets should not be left exposed, taped to the floor, or used near water. Materials should always be approved for the age of children using them. We mentioned in Chapter 4 the use of a choke tube for infants and toddlers; this device alerts the teacher or caregiver to materials that are not safe for use.

Children with asthma or allergies may be especially vulnerable to things like powdered paints, chalk, or sprays. Every teacher should have a working knowledge of applicable child-care regulations and current access to consumer product safety announcements and recalls.

Controlled Movement
Well-thought-out spaces for young children are designed for controlled movement; they provide secure work/play spaces and reduce opportunities for conflict (Carter & Carter, 2003; Shalaway, 2005). Furniture and equipment are arranged to provide visible boundaries so that children know where different types of activities are expected to occur (Deviney, Duncan, Harris, Roday, & Rosenberry, 2010; Swim, 2012). Teachers use furniture, equipment, and floor coverings such as area rugs to define spaces. Because young children are not yet abstract thinkers, they must be able to see where one space ends and another begins.

The classroom is also designed to provide logical "traffic patterns" that promote efficient movement from one place to another and dont cause interference with normal activities. Imagine how upset a child setting up wooden train tracks would be if other children came charging through the space and ruined her work!

Early childhood furniture is child-sized, so that an adult scanning the room can see everything, while from the childs perspective, there are "walls," pathways, and "rooms." Look at the two room plans shown in Figure 6.1. Which one would encourage running or confuse children about where to play? Which one provides clear dividing lines between activity areas? Which space encourages whole-group activities vs. small-group or individual interactions?

Figure 6.1: Floor Plans
These two spaces represent contrasting approaches to design, one which encourages running indoors (Room A) and the other (Room B) with distinct pathways to direct children's movements.
Figure: Two floor plans. Room A, on the left, is a very open space with tables, shelves and easels lined up against walls to create a large open space in the middle of the room. Room B, on the right, uses shelves to define distinct spaces and limit the amount of open space to confined areas.
Sensitivity to Physical Features
Teachers should be aware of the major permanent features of the physical space and use common sense to arrange furniture and equipment accordingly. These features include the location of electrical outlets, doors, natural and artificial light and windows, access to water, and built-in storage spaces.

Potentially messy activity areas such as art, science, and sand/water stations should be located as close to the water source as possible and on a floor surface that can be mopped or cleaned easily. If there is no access to water in the classroom, then those areas should be close to the nearest exit to where water is located. Activities that require electrical power, such as a listening center with a plug-in tape recording/headphone station, should be adjacent to an outlet, limiting the need for extension cords.

Furniture or learning center placement should complement usage, such as storage cubbies for childrens personal belongings/outerwear adjacent to the classroom entrance, open shelving for blocks, and individual containers or small trays for implements such as crayons, glue sticks, or scissors.

Designated Activity Areas and Capacity Limits
The number and size of learning centers depends on curriculum priorities as well as classroom and group size. We want to maximize childrens opportunities to make choices and work/play independently but also minimize conflicts over materials and space (Gestwicki, 2011; Swim, 2012). Each learning center should be equipped and sized to accommodate a particular number of children, such as four in the art center, three in the manipulative area, two in the listening center, and so on. The number of children an area accommodates should also take into consideration the nature of the activity. For example, dramatic play and block building occur best with a small group of children, while a light table or sand/water table will be limited by the size and capacity of the equipment.

The total number of children accommodated by learning centers should at least equal the number of children in the group. Marking the center with a symbol/sign indicating the number of children per center helps children know if they may enter or need to make a different choice until space is available. You can also provide physical cues or signs (Figure 6.2), such as a small table with two sets of headphones and two chairs for a listening center, or a four-sided easel with one piece of paper and set of paints/brushes on each side.

Promoting Independence and Responsibility
Spaces for early learning are designed to encourage independence and maximize the amount of time you can devote to interacting or observing work/play in progress (Carter & Carter, 2003; Gestwicki, 2011). Carefully arranging sorted materials in open baskets or clear totes on accessible shelves helps children know where things belong and conveys our expectation that they will put them away properly when finished. Taping a picture or tracing of the material that belongs on each shelf or in each container promotes cognitive skills such as sorting and one-to-one correspondence as well as providing organizational guidance. Children can also learn to internalize procedures such as toothbrushing, handwashing, or self-serve snacks by posting a sequence of photo or prompts for each step in the process.

However obvious your system and organization might seem to you, children will still need direction and modeling to help them learn how it works. Early childhood teachers spend time orienting new children to the classroom, showing them how to select and use materials and activity areas and how to put things away when they are finished.

Figure 6.2: Sign for Easel Painting Center
"Crowd control" can be facilitated by providing picture/symbol signs that indicate the capacity for each learning center. In this picture, three children may paint in the easel center at one time.
Sign reads, "Easel Painting" and shows three children at easels painting.
Young children dont have a well-developed sense of time; they also become deeply involved in activities and may resist being asked to stop when they are in the middle of working or playing. So it also makes sense to provide them with several minutes advance warning and a signal such as a small bell or flipping the light switch before cleanup times and a reasonable amount of time to finish cleaning up.

Activity Area Compatibility
Some curriculum activities are naturally compatible and others are not, so balancing environmental factors such as quiet/noisy or messy/dry is important (Conant, 2012; Swim, 2012). In a typical learning environment, noise and interaction levels will naturally vary depending on the type of activity. For example, it is not unusual for dramatic play and block centers to be noisy, and children may transport props (small figurines, vehicles, animals, play food, and so on) back and forth depending on the theme of play. Therefore, in most early childhood classrooms, these centers are typically located in adjacent areas or at least in very close proximity. Conversely, children listening to audiotapes or sitting on an adults lap listening to a story need quiet to hear and concentrate.

Separating noisy and quiet activities can be challenging, especially in smaller spaces. When possible, carpets or other acoustically absorbent materials can considerably cut down on noise levels and should be used in noisy areas, but they must also not impede activity. Thus, for example, a rug in the block center should be flat and have a very low pile so that block structures will be stable. Curtains, soft furniture, and pillows can also cut down noise in quiet areas while also providing a cozy, comfortable feeling.

Aesthetics
Principles of design used to create aesthetically pleasing home or commercial environments can and should be applied to classroom or care spaces. Children and adults alike benefit from spaces that are soothing to the senses and inviting without being overwhelming or artificial (Deviney, Duncan, Harris, Roday & Rosenberry, 2010; Edwards, Gandini & Forman, 1998). Early childhood commercial catalogs tend to feature plastic, brightly colored materials in primary colors (red, yellow, and blue) that are cheerful but do not necessarily promote the warmth and familiarity of a more homelike setting.

In their 2010 book Inspiring Spaces for Young Children, Jessica Deviney and her colleagues identify seven principles of good design to consider for establishing environments that are not only functional and efficient but also calming and inspiring to children and adults alike:

Use natural items to bring the outdoors in, reflect the local climate, and promote a sense of tranquility. Elements such as plants, rocks, seashells, twigs, and flowers provide pleasant sensory connections.
Color establishes mood and generates interest, but overdoing it creates "visual clutter." A good rule of thumb is to focus on a neutral color scheme and use primary colors conservatively.
Use furniture positioned at 45- or 90-degree angles to define spaces and create cozy areas that remind children of home. Include authentic items such as lamps, pillows, upholstered furniture, and decorative/functional items that children recognize from the real world.
Texture adds depth and sensory stimulation. Items such as wall hangings, weavings, and mobiles made from natural materials provide visual interest. Natural or recycled materials such as pine cones, corks, bark, and stones can provide opportunities for observation and differentiating the physical properties of materials.
Displays, especially those that feature childrens collections and creations, personalize space. Items such as baskets, buckets, and interesting containers can be used for sorting, classification, and storage.
Lighting, scent, and sound dramatically influence the way the environment is experienced and perceived. Think about ways to minimize the "surgery" effects of fluorescent lights and balance low- and high-level lighting.
Focal points invite engagement and attract the childrens attention. It is very important from time to time to view the environment from their vantage point so you are aware of how they see the space.
Classroom on the left has no windows, the walls are covered with decorations, the shelves have brightly colored boxes, and the mat the children are sitting on is multi-colored. The classroom on the right has a large window, a more muted color scheme and there are plants.
Hutchings Richard / Getty Images (left); John Humble / Getty Images (right)

In these two photos of preschool classrooms, you can see that one is cluttered, crowded, and a kaleidoscope of colors; the other has natural light, natural elements such as plants, and a low-key color scheme. Which classroom better applies the principles described above?
6.3Identifying and Understanding Resources
Teachers and caregivers use many different kinds of resources and materials that help them select, organize, and evaluate activities to support curricular goals, objectives, and standards. Since early childhood curricular options (as discussed in Chapter 1) range from open-ended approaches to specific models, the types of materials teachers use to plan can vary widely as well. This section describes a variety of concrete tools and how you can use them in your planning.

Primary and Secondary Resources
Cover of the Early Childhood Research Quarterly journal.
Elsevier

Teachers must keep up with current research of all kinds but especially as it relates to the curricula they use.
Primary resources are works produced by the authors of a curriculum model or approach that describe the theoretical premises, philosophy, and tenets that guide the teacher to implement the curriculum with fidelity to its principles. For example, The Hundred Languages of Children, initially published in 1994 by Edwards, Gandini, and Forman (revised in 1998), and the writings of Loris Malaguzzi are considered essential resources for Reggio Emilia educators.

Secondary resources can also be very useful but do not originate from the founders or authors of a program. For example, secondary Reggio Emilia resources would include such things as books and articles published by authors outside of Reggio Emilia, and media such as blogs and program websites. These resources provide helpful insights into the ways in which teacher educators, program directors, and teachers interpret the Reggio Emilia approach for American schools and classrooms.

Waldorf educators rely on the writings of Rudolph Steiner to make sure that the classroom environment and activities they plan are consistent with the programs original vision and purpose. Similarly, officially sponsored training programs for Montessori teachers are based on and informed by the ideas expressed by Maria Montessori in the books she wrote over a span of many years.

Remember that planning for any curriculum includes keeping abreast of current studies (Chapter 2) and the ongoing development of the theories that support them. For example, in the second edition of their book, Bodrova and Leong (2006) described how Tools of the Mind was conceived from a Vygotskian perspective on social constructivism and continues to evolve. They have produced many subsequent publications and media presentations reporting on the achievement effects of implementation in various settings and how those results impact their ongoing conceptualization of the curriculum. Teachers using the Tools curriculum would certainly want to incorporate those evolving ideas as they plan activities.

The NAEYC publications describing developmentally appropriate principles and practices also serve as primary resources for early childhood educators (Copple & Bredekamp, 2009). Since DAP is not a specific curriculum but offers guidelines for how to think about curriculum, it provides the overarching frame of reference from which all planning decisions should be made.

Learning Standards
As explained in previous chapters, as part of the No Child Left Behind legislation, most states wrote developmental early learning standards and K-12 academic learning standards for each content area indicating what children are expected to know and be able to do by the end of each age or grade level. As of 2012, that initiative was expanded to adoption of uniform core standards for kindergarten through grade 12 math and language arts in all but five states (Virginia, Wisconsin, Alaska, Texas, and Nebraska).

Learning standards provide teachers with planning guidance, as standards are typically framed to describe (1) exit goals for high school graduates, (2) statements about what a child is expected to know or be able to do at incremental points in time between kindergarten and high school graduation, and (3) indicators or benchmarks that suggest what a teacher might observe that provides evidence a child is meeting standards. Table 6.2 displays information excerpted from the 2009 Colorado Social Studies Standards representing one example of how the standard for history is addressed from preschool through grade 1.

You can see that as this standard is worded, it does not specify what activities, themes, or lessons a teacher should plan or what books, resources, or materials to use, but it does provide direction about what should be accomplished. A standard does not dictate what to teach, when to teach it, how much time to spend on a topic, or even what teaching strategies or materials to use. Those are decisions and plans made by schools, programs, and teachers.

Early learning standards address what children in preschool should know and be able to do and are written in a format similar to K12 academic standards. The National Early Childhood Technical Assistance Center provides extensive information about early learning standards for each state. Using standards to guide the planning and implementation of a curriculum is discussed in further detail in the last section of this chapter and in later chapters as they apply to different areas of curriculum.

Instructor Resources and Supplemental Materials
Published curriculum products may include multiple components that provide specific direction or guidance for planning, such as:

Teaching manuals that present essential information and guidance about curricular goals, activities, strategies, and assessments
Supplemental printed matter or masters for duplication (e.g., suggested unit or lesson plans, instructional support such as worksheets, picture charts, and so on)
Recording and reporting forms
On-line technical support
Materials and/or equipment specifically designed for use with children, such as books, toys, learning games, and math, science, music, or other items for learning centers
Table 6.2 Colorado History Standard for Preschool, Kindergarten, and Grade 1
Expectation for High School Graduates:
Develop an Understanding of How People View, Construct, and Interpret History
Grade Level Concept(s) to be mastered Benchmarks
Grade 1 Patterns and chronological order of events of the recent past

Students can:
Identify similarities and differences between themselves and others.
Discuss common and unique characteristics of different cultures using multiple sources of information.
Identify famous Americans from the past who have shown courageous leadership.
Identify and explain the meaning of American national symbols. Symbols to include but not limited to the American flag, bald eagle, Statue of Liberty, Uncle Sam, the Capitol, and the White House.
Family and cultural traditions in the United States in the past

Students can:
Arrange life events in chronological order.
Identify the components of a calendar. Among topics to include: days of the week, months, and notable events.
Identify past events using a calendar.
Use words related to time, sequence, and change.
Kindergarten Ask questions, share information, and discuss ideas about the past.

Students can:
Ask questions about the past using question starters. Questions to include but not limited to: What did? Where? When did? Which did? Who did? Why did? How did?
Identify information from narrative stories that answer questions about the past and add to our collective memory and history.
Use the word because correctly in the context of personal experience or stories of the past using words. Among words to include: past, present, future, change, first, next, last.
The first component in the concept of chronology is to place information in sequential order.

Students can:
Order sequence information using words. Among words to include: past, present future, days, weeks, months, years, first, next, last, before, after.
Explore differences and similarities in the lives of children and families of long ago and today.
Explain why knowing the order of events is important
Preschool Change and sequence over time.

Students can:
Use words and phrases correctly related to chronology and time. Among words to include: past, present, future, before, now, later.
Select examples from pictures that illustrate past, present, and future.
Sequence a simple set of activities or events.
Identify an example of change over time that may include examples from the child's own growth.
Source: Adapted from Colorado Department of Education, 2009
These resource materials may be accompanied by opportunities for training and professional development designed to assist teachers in planning and implementing activities. Head Start teachers might, for example, engage in several days of regional in-service workshops conducted by Creative Curriculum or High Scope trainers prior to implementation of the curriculum in their programs.

Four apples, two red, two green, arranged in an alternating pattern.
iStockphoto / Thinkstock

Early childhood educators believe that the use of materials from the real world provides more meaningful learning than the use of worksheets.
In consideration of developmentally appropriate principles, teachers should evaluate and incorporate with discretion all materials supplied by any curriculum. The widespread use of worksheets, in particular, is very difficult to justify, as they often represent or contain content or images disconnected from or not representative of childrens real-world ideas and experiences and dont point to a single "right" answer (Copple & Bredekamp, 2009).

For instance, the worksheet in Figure 6.3 intended for a cut-and-paste activity to reinforce the concept of a simple "a/b/a/b/a" pattern sequence, could certainly provide a child with practice in developing the fine motor skills needed to cut out the paper squares or serve as a simple assessment to determine whether the child recognizes an a/b/a/b/a pattern sequence. However, from a developmentally appropriate perspective, these kinds of materials should be set aside in favor of those that give children opportunities to observe patterns in the natural world and to manipulate real objects to replicate and create patterns of different kinds. Apples, leaves, and small toys are all examples of real-world materials that are easily found in or around early childhood classrooms and that children could use to develop their sense of the a/b/a/b pattern sequence.

Scope and Sequence
A commercial curriculum may contain a scope and sequence, a graphic in chart form that represents how and when particular concepts and skills are developed over time when the curriculum is implemented as intended. For example, the website for the Success for All Curiosity Corner preschool curriculum includes an excerpt for the scope and sequence of the reading program for kindergarten.

Teachers may find a scope and sequence useful as a planning resource but must always keep in mind that the needs, characteristics, and interests of their students are the primary priorities in planning (Copple & Bredkamp, 2009). Knowledge and skills represented in a scope and sequence are developed from assumptions about children in general; they may or may not accurately reflect the actual children in your care.

Pacing Guides
Similarlyespecially in public schools, including kindergarten and primary classroomssome districts and programs are developing and implementing pacing guides. These documents, in effect, prescribe or schedule when and how state learning standards are to be addressed in planning for each academic content area over the course of a school year. Theoretically, when they are implemented in the strictest sense, a principal or administrator could expect to visit five first grade classrooms on a single day and see all the children in all the classes doing exactly the same thing at the same time.

Figure 6.3: Worksheets
Worksheets are most often used in elementary school classrooms, but they can be seen in preschools or child-care programs as well. They are not considered to be developmentally appropriate.
Figure: Worksheet titled "Little Red Riding Hood Pattern Activity." The worksheet has two rows with five squares. The first row shows little red riding hood in the first and third squares, and a wolf in the second and fourth squares. The fifth square is empty. The second row shows a basket in the first and third squares and little red riding hood in the second and fourth squares. The fifth square is empty. There is a third row that has little red riding hood, the wolf, and the basket. Directions at the bottom of the worksheet read, "Teacher Directions: Have child point to pictures in each row from left to right, and say name: Red Riding Hood, wolf, Red Riding Hood, wolf...Ask the child what picture should come next. Have child cut out the three pictures in bottom row and paste correct picture to complete pattern in each row."
While the goal of pacing guides is to ensure that all children are experiencing the same curriculum, their use in the primary grades is widely discouraged by early childhood experts and professional organizations (Datnow & Castellano, 2000; David, 2008; David & Greene, 2007; Louis, Febey, & Schroeder, 2005; Sornson, 2016). From a practical perspective, however, a comprehensive pacing guide can be very helpful as a resource (Kauffman, Johnson, Kardos, Liu, & Peske, 2002). Pacing guides may include many ideas for activities, themes, and strategies that can be implemented in developmentally appropriate ways.

Graphic Organizers
Graphic organizers are simple charts, diagrams, or templates that represent multiple concepts and the connections between them (Figure 6.4). They are useful with young children to help them visualize ideas. You will see several examples of different kinds of graphic organizers in this and later chapters. There are literally hundreds of examples on websites; these often provide free downloadable examples that teachers can use for planning and organizing activities. At the end of this chapter is a short list of online resources for graphic organizers.

Figure 6.4: Venn Diagram
A graphic organizer provides a visual representation of ideas or information. One example of such a device is a Venn diagram, which illustrates where ideas or facts about two separate things overlap.
Figure: A yellow circle and a blue circle overlap, creating a green section between the two circles.
iStockphoto / Thinkstock

6.4Approaches to Planning
You probably already know what kind of planning style might suit you best. Think about how you might approach planning a road-trip vacation. Your goal is to see places you have not visited before and your objectives are what you want to accomplish each day of the trip; there is more than one way, however to plan this journey. You might be the kind of person who would predetermine the places you will visit; research information about sights, attractions, and restaurants; map out your route to determine how far you will drive each day; and make hotel reservations ahead of time.

Or maybe you would prefer to pack the car with plenty of provisionsfood, drinks, snacks, your bike and camping gearwith a general starting direction but no destination in mind, mapping out your trip as you go, and stopping at places you find interesting. Either way, you may have fellow travelers and encounter other people, developments, or events that challenge your plan or cause you to modify it as you go along. But you may also arrive home feeling entirely satisfied that the trip was worthwhile and lived up to or exceeded your initial expectations regardless of which plan was followed.

Teacher planning is in many ways analogous to the road tripwe have common goals for what we want or expect children to ultimately accomplish but different ways of getting there. The first approach described above represents one end of the planning continuum, a linear (or "top down") sequential process that begins with identification of standards and objectives and determines how each step or stage of an activity or series of activities will be carried out. The second approach represents the other end of the continuum, a global (emergent or "bottom up") process, with anticipation and preparation for a range of possibilities, developing direction through facilitation and negotiation of child-directed explorations and documenting how standards are being met over time.

A father and daughter pack the trunk of their car with suitcases.
Flying Colours Ltd / Thinkstock

Teacher planning is like preparing for a road trip. You can approach it in a variety of ways.
Many teachers approach to planning will fall somewhere in between. While the planning styles represent different approaches, teachers planning both kinds of experiences will keep in mind the principles of developmentally appropriate practice, so that learning is meaningful and provides a balance between child-directed and teacher-initiated activities.

All approaches to teacher planning in early childhood should place a high value on structuring the environment and activities to integrate, or connect, learning across all areas of the curriculum. Good planning also relies on teacher flexibility to make ongoing decisions based on the knowledge and observation of children, adapting the curriculum to maximize learning opportunities. In this section, we will follow two long-term studies with preschool and kindergarten children to illustrate the planning continuum. This type of learning can be planned as a thematic unit or emergentstudy.

Long-term investigations offer the opportunity to focus on a topic in depth, especially if the teacher maintains an open-ended time frame rather than a rigid schedule (Katz & Chard, 2000; Pearlman, 2006). Topics can come from the children, teachers, supplied curriculum materials, or ideas that emerge from studying state standards and objectives. Planning for either a thematic unit or emergent study represents a comprehensive investment of time; therefore it is very important that topics be relevant to the cultural contexts and experiences of the children. A study of the ocean and marine life makes a great deal of sense for children who live in coastal areas. It may not be as relevant to the daily lives of young children who live in landlocked states like New Mexico or Colorado. However, children are interested in many things they have no hands-on experience with (dinosaurs, space travel, and so forth) and are exposed to a great deal of information vicariously through media sources; therefore any topic that captures their interest should be open for discussion.

Thematic Unit: Ladybugs, Butterflies, and Bees
As described above, a thematic unit is a long-term investigation of a topic intended to capture and engage childrens interest and provide opportunities to develop skills and knowledge in multiple areas. Typically, planning for a thematic unit represents a top-down approach, with the teacher making most or all of the decisions about how to proceed according to a general decision-making sequence that includes the following:

Identifying goals: learning standards and objectives to be addressed.
Identifying important considerations about childrens developmental and cultural characteristics, interests, and needs.
Selecting a topic or theme that provides opportunities to meet goals.
Brainstorming ideas for activities that support and connect different areas of the curriculum.
Creating and scheduling plans for lessons and activities.
Planning for a balance of individual, small-group, and large-group activities.
Planning for accommodations to address the needs of individual children.
Deciding on how to evaluate childrens learning to determine the extent to which the unit objectives and learning standards are met.
Preparing materials and resources.
Arranging the environment.
Making adaptations to the plan as the unit progresses based on observations about learning and interests.
Identifying goals: Learning standards and objectives to be addressed This unit was implemented by teachers of two groups of children between 3 (twelve children) and 4 years (fifteen children) of age at the time of the study. For this unit, one of the teachers (Phyllis) explained,

At this time of the year [late spring] I have been working on the early learning standards that support the childrens increasing interest in nonfiction books, beginning writing, and growing confidence as problem solvers. These kids are very good at patterns and we have been making graphs all year, so a couple of the math standards for 4s apply. Im building on their interest in friendships to create opportunities for them to work in groups. They also need practice with fine-motor skills to be ready for the increased emphasis on writing that they will be doing in their class next year.

Table 6.3 displays the state early learning standards that Phyllis has been working on.

Table 6.3 Early Learning Standards
Standard Substandards
Approaches to Learning
AL 2. Children show curiosity, eagerness, and satisfaction as learners.
AL 3. Children demonstrate initiative, engagement, and persistence in learning.
AL 5. Children extend their learning through the use of memory, reasoning, and problem-solving skills.
AL-3K-2.2 Demonstrate eagerness and interest as learners by responding to what they observe.
AL-3K-3.3 Show ability to focus attention on favorite activities for brief periods of time (5 to 10 minutes).
AL-3K-5.1 Talk about prior events and personal experiences.
AL-3K-5.2 Use prior knowledge to understand new experiences.
Social and Emotional Development
SE2. Children demonstrate self-control, respect, and responsibility.
SE-3K-2.2 Use classroom materials responsibly with modeling and guidance from adults.
Language and Literacy
LL 1. Understanding and using literary texts
LL2. Understanding and using informational texts
LL3. Learning to read
LL4. Developing written communication
LL5. Producing written communication in a variety of forms
LL6. Applying the skills of inquiry and oral communication
ELA-3K-1.1 Explore realistic books and materials in classroom centers.
ELA-3K-2.1 Explore realistic books and materials in classroom centers.
ELA-3K-3.1 Rehearse vocabulary by identifying familiar objects pictured in books.
ELA-3K-3.19 Begin connecting text read aloud with personal experiences.
ELA-3K-4.3 Tells a brief story (one or two ideas).
ELA-3K-4.8 Participate in small-group reflections on recent event.
ELA-3K-5-3 Identify and briefly describe important people, objects, and events in their world.
ELA-3K-6.1. Ask "why" questions about things in their world.
ELA-3K-6.3 Classify familiar objects by one or two observable attributes.
Mathematics
M1. Mathematics processes
M3. Algebra
M4. Geometry
M5. Measurement
M6. Data analysis and probability
M-3K-1.2 Begin to make predictions based on appearance and experience.
M-3K-1.5 Begin to see how similar items can be grouped together.
M-3K-1.7 Show an awareness of numbers in a personally meaningful context.
M-4K-3.2 Identify and copy a simple pattern.
M-3K-3.4 Recognize similar objects in the environment by color, shape. or size.
M-3K-4.1 Recognize simple shapes in the environment.
M-3K-4.2 Match shapes in the environment.
M-3K-4.3 Begin to show an understanding of the common positional words up, down, under, over, and in.
M-3K-5.2 Compare the size of objects.
M-3K-5.6 Begin to show awareness of time concepts.
M-4K-6.1 Organize and represent data with real objects.
Physical Growth and Health
PD 2. Fine motor control: Children use their fingers and hands in ways that develop hand-eye coordination, strength, control, and small-object manipulation.
PD-3K-2.2 Use hand-eye coordination to perform simple tasks.
Identifying important considerations about childrens developmental and cultural characteristics, interests, and needs Phyllis explained what she had observed and learned from evaluating and reflecting about recent activities with the children:

A young boy looks through a magnifying glass.
iStockphoto / Thinkstock

Children are often fascinated by magnifying glasses; one of their favorite pastimes is looking for insects.
This group of children gets along very well most of the time and can be frequently observed working intently together in pairs or groups of three on a common focus, such as a light-table construction, or making a road for the trucks on the playground. They spend a lot of time outside collecting and sorting small things like leaves and acorns. In circle discussions, some of the children are really beginning to understand how a question is different from a state ment or anecdote. When I was writing down their favorite family recipes for a cookbook, I also noticed narratives becoming less rambling and more focused and related to the topic. A couple of them have asked me to put out more books about nature. Some of them are really fascinated with "big words," and the magnifying glasses in the Discovery Center are very popularlately.

Selection of a topic or theme that provides opportunities to meet objectives
Phyllis continued,

We just finished planting tomato and strawberry plants, bean seeds, and an amaryllis bulb. We learned about pollination and talked briefly about "good" insects. I noticed that a lot of the children were curious about the insects they might see in our garden, in particular ladybugs and butterflies, and they have been looking for both on the playground. They have been asking me to reread some of their favorite stories about bugs. The weather is getting very warm, so we can spend lots of time outside, and I think this might be a good time to pursue a study about insects, starting with a focus on ladybugs and butterflies.

Brainstorming ideas for activities that support and connect different areas of the curriculum As Stephanie and Phyllis began to plan the thematic unit, they brainstormed ideas and concepts that would support the standards they are working on and what they have observed about the children lately. They used the five categories of the standards listed in Table 6.3 to organize a concept map of ideas (Figure 6.5). When teachers brainstorm, they record any idea that might be relevant to the topic and appropriate to the developmental levels of the children; at this stage it is not necessary to have a specific plan for an activity or to make a commitment to enact every idea on the map. It is simply an efficient and effective strategy for generating and organizing possibilities that may or may not ultimately be feasible to include in the unit plan.

As they continued to brainstorm, listing ideas for particular activities and experiences that would support the concept map, they thought about the centers in their room and materials on hand or that could easily be procured or created (Figure 6.6).

Creating and scheduling plans for lessons and activities In this step of the planning process, the teachers took their ideas for activities and experiences and blocked out a week-at-a-glance schedule for three weeks, using the daily schedule as a framework:

Week one: Insects (focus on lifecycle)
Week two: Ladybugs
Week three: Butterflies
Figure 6.5: Insects Concept Map
A concept map is different from a plan for activities. It focuses on the goals or objectives of the unit. Specific activities are derived from the ideas represented.
Figure: Concept Map titled "Insects: Ladybugs, Butterflies, Bees." The top left square reads, "Approaches to Learning: Observing life cycle, predicting (when will they hatch, what will happen next, etc.), curiosity (how do ladybugs fly, what do butterflies do, metamorphosis stages, etc.), memory (recall, steps in life cycle, etc.), engagement (interest in topic, pursuing questions, representations), persistence (catching bugs), problem solving." The top right box reads, "Social/Emotional: responsibility (caring for materials and equipment), self-control (being gentle with specimens, taking turns). Physical: Fine Motor: Drawing/painting, using tweezers, magnifying glasses, puzzles, cutting (shapes)." The bottom right reads, "Language Literacy: vocabulary (life cycle words, names of insects, body parts, environmental words), understanding and using literacy texts (non-fiction, images, photos), connecting text/narrative with real life (sharing stories, describing activities and experiences), inquiry (assisting and charting 'why' questions about bugs, following up over time with observations and tentative answers), reflecting (talking about observations)." The bottom left square reads, "Math: patterns (wings, bodies, honeycombs), symmetry (wings, bodies, antennae), matching (different types of insects, puzzles), shapes (body parts and markings), sorting/classifying (by color, size, shape, etc.), counting (spots, number of bugs, etc.), positional words (up, down, beside, behind, under), graphing data (?), time (observing life cycle), sequencing (life cycle)."
As she continued to research resources for the topic, Phyllis was delighted to discover that she could order butterfly and ladybug larvae online. She decided that this would provide a great opportunity to link many of the activities together and give the children first-hand experience with observation of the life cycle of insects. She added to her plans a "release party" on the playground and recording the childrens daily observations of the metamorphosis process in a class log/chart, with the possibility of making a book to tell the story of what the children observed.

Planning for a balance of individual, small-group, and large-group activities As the teachers created week-to-week plans (Table 6.4), they made decisions about how activities and discussions would be best implemented as whole group, small group, or individual format. They also thought carefully about how to provide for a balance of child-directed exploratory play and teacher-directed learning experiences.

Figure 6.6: Brainstorming Ideas for Activities and Experiences
This organizer represents ideas for activities that will support the concepts map and indicates where they will take place.
Figure: Ten circles arranges around a center circle, "Insects: Ladybugs and Butterflies." The circles read, "Food/snacks: butterfly crackers; English muffin ladybugs, butterfly pasta. Manipulatives: Various puzzles of insects, butterfly matching game, bug hunt board game, put together bugs, translucent bugs for light table, plastic insects for sorting. Sand/water table: sifters, plastic bugs, bug catchers, large tongs. Movement/music and Dramatic play: Butterfly wings for pretending, scarves. Songs/music: Gentle, Gentle Butterfly, Mr. Caterpillar, I Wish I Were a Ladybug, Five Little Ladybugs. Arts: Easel Painting: sponge symmetrical folded sponge prints (wings), Coffee filter butterflies, pipe cleaner antennae, gluing spots on ladybugs, paper flower garden mural. Discovery Table: magnifying glasses, insect specimens, pictures of insects. Literacy: Felt board lifecycle story, memory game, magnetic ladybug story, daily story reading. Butterfly books: I am a Caterpillar, Very Hungry Caterpillar, Ten Little Caterpillars, Butterfly Alphabet, The Butterfly Kiss, Over in the Garden, the Lamb and the Butterfly, Caterpillar to Butterfly. Ladybug Books: Ladybug on the Move, Lara Ladybug, Bubba and Trixie, Ladybug, Ladybug Where Are You Going?, Five Little Ladybugs, Informational texts.
Table 6.4: Week-at-a-Glance Plans for Insect Unit
Sunflower Week-at-a-Glance Planner
Week April 30 to May 4 May 8 to May 11 May 14 to May 18
Study topic Butterflies/Insects Insects: Ladybugs Insects: Butterflies
Special center activities Caterpillars to study

Bugs, bug catchers, and sifters in the sensory table

Butterfly, ladybug, and other insect puzzles

Special snack: butterfly crackers

Make coffee-filter butterflies

Pretend to be butterflies

Felt board butterfly life cycle Newly hatched ladybugs to study

Bugs, bug catchers, and sifters in the sensory table

Butterfly, ladybug, and other insect puzzles

Special snack: ladybugs made from English muffins with jam and chocolate chips or raisins

Paint ladybugs at easel

Pretend to be ladybugs and/or other insects with wing costumes, etc.

Magnetic ladybug story Newly hatched ladybugs to study

Bugs, bug catchers, and sifters in the sensory table

Butterfly, ladybug, and other insect puzzles

Special snacks: butterfly pasta, drinking "nectar" from flower straws

Make symmetrical butterfly wings

Pretend to be butterflies

Felt board butterfly life cycle
Small Group
Monday Butterfly matching/memory game No school Butterfly shape graphing
Tuesday Continue butterfly matching/memory game How many spots on the ladybug? Craft and math activity Continue butterfly shape graphing
Wednesday Yoga Yoga, garden bug-hunt board game Yoga
Thursday Make symmetrical butterfly wings Make antennae for ladybug matching game Butterfly life-cycle sequencing
Friday Finish butterfly wings Continue to make antennae; ladybug release in playground garden Finish butterfly sequencing; butterfly release party
Large Group
Books of the week Butterflies, I am a Caterpillar, Waiting for Wings, Very Hungry Caterpillar, Ten Little Caterpillars, Butterfly Alphabet, The Butterfly Kiss, Over in the Garden, The Lamb and the Butterfly, Caterpillar to Butterfly Ladybug on the Move, Lara Ladybug, Bubba and Trixie, Ladybug, Ladybug, Where are you Going? Five Little Ladybugs, and various ladybug information books Monarch Butterfly, Waiting for Wings, Very Hungry Caterpillar, Ten Little Caterpillars, The Butterfly Kiss, Over in the Garden, The Lamb and the Butterfly, Caterpillar to Butterfly, Butterfly Counting Book, Butterflies, the Caterpillar and the Pollywog
Songs of the week "Gentle, Gentle Butterfly,"
"Mr. Caterpillar" "I Wish I Were a Ladybug,"
"Five Little Ladybugs" "Gentle, Gentle Butterfly,"
"Mr. Caterpillar"
Large-group activities Learning/discussing the stages of a butterflys life and pretending to be each stage

Vocabulary: chrysalis, proboscis, symmetry, metamorphosis Learning/discussing the stages of a ladybugs life; characteristics of an insect

Vocabulary: larva, pupa, aphid, antennae, metamorphosis Learning/discussing the stages of a butterflys life and pretending to be each stage

Vocabulary: chrysalis, proboscis, symmetry, metamorphosis
Planning for accommodations to address the needs of individual children There was one child in Phylliss class with a sensory processing disorder and language delay; this child was easily overwhelmed and Phyllis made notes about particular activities he might find soothing (sand table, sponge printing, easel painting). She also noted activities he might not enjoy (matching/memory games and puzzles, using the magnifying glasses, and dancing). She included in her planning looking for audiotapes at the public library for some of the stories they would be using to include in the listening center so that he could use the headphones to screen out classroom noise.

Deciding on how to evaluate childrens learning to determine the extent to which the unit objectives and learning standards are met Phyllis and Stephanie decided that the matching and memory games, observation log, felt board stories, and whole group discussions could also serve as assessments. As Phylliss children were a bit older, she devised an additional activity for cutting/pasting pictures to represent each stage of the life cycle on a timeline that she could do with each child in small group or individually (Figure 6.7).

Figure 6.7: Lifecycle Strip
Phyllis designs a simple task-based activity to use as an additional assessment activity, asking children to place pictures of the stages of the life cycle in proper order.
Figure: The stages of the butterfly lifecycle have been cut and pasted onto a piece of paper by a child. The first stage shows eggs on a leaf. The second stage shows a caterpillar, the third stage shows a chrysalis, and the fourth stage shows a butterfly.
Preparing materials and resources With plans in hand, the teachers then took stock of available materials and supplies and made a list of those to add to the classroom centers and what was needed for teacher-directed small- and large-group activities (Table 6.5). In the book list, they noted with an asterisk those they would have to get from the public library. They also noted materials they would create/make for the unit with their classroom teaching assistants.

Arranging the environment Finally, Phyllis ordered the insect larvae kit online and made a "to-do" list. Stephanie made a trip to the public library and worked with her assistant to construct the teacher-made materials. They referred to the plan for week one to set out the items needed in centers for exploration and play and organized what would be needed for small- and large-group activities from day to day. In weekly newsletters, they announced the coming study and invited parents to send in any books or interesting insect-related materials they might want to share with the class. Figure 6.8 displays some of the materials and activities that were incorporated into the plan for this unit.

Making adaptations to the plan as the unit progresses based on observations about learning and interests As the unit progressed, both teachers made notations in their daily journals, jotting down anecdotes, observations, and questions as they conducted activities and guided exploratory experiences. They rearranged some of the materials and noticed in particular that the children were very excited and engaged in the progress of the ladybug and butterfly larvae. As anticipation built for their eventual release in the garden, Stephanie observed that the children framed the event as a birthday party. She explored this idea at circle time and in small-group discussions and decided to help the children make a birthday cake, decorations (ladybug hats and butterfly antennae), and invitations to the party (younger children in the adjacent classroom).

As the third week began, Phyllis observed that interest in insects had not waned but continued at a high level. Flowers had emerged on the strawberries and tomato plants by this time, questions about pollination continued, and the children began to ask questions about bees. In addition, they knew that unlike the innocuous ladybugs and butterflies, bees have stingers, and they wondered what they were for. Phyllis decided to continue the unit with her group of children for another week to focus on bees, adding to her concept and activity maps. Figure 6.8 displays the additional activities and materials she selected for learning about bees.

At the end of the fourth week, Phyllis was pleased that she had made the decision to extend the unit on insects, as she recorded the following statements/quotes the children offered during discussion about what they learned:

What We Have Learned about Bees
They have 2 plus 3 eyes: that equals 5
You can see out of their wings
Girl bees sting and boy bees dont
When the mommy or the eggs are in danger, the girl bee stings them
They make honey from nectar
They sprinkle pollen on the flowers to make them grow
Boy bees (drones) dont do much but girl bees (workers) do
The queen bee is the boss
There are lots of bees in the hive
They make honey in the honeycomb
The honeycomb is shaped like a hexagon
. . . and a hexagon has six sides

Figure 6.8: Week Four: Bees
Activities focusing on honey and bumblebees were added to the unit, some as extensions of activities already in place and others new.
Figure: A three column chart. The first column reads, "Activities: Examine honeycombs, taste honey, make "nectar," add props to dramatic play are, felt board story, construct painted representations of honeycomb, hexagon patterns, put hexagons together to make beehive, drawing to music of "Flight of the Bumblebee," discuss how bees collect pollen to make honey, differentiate between bumblebees and honeybees, discuss different roles (new vocabulary queen, worker, drone, honeycomb, hive), assign bee colony roles t job charts for the week, printing with hexagons, mixing paint to make the color of honey." The second column reads, "Books/Media: Bumble Bees, Very Greedy Bee, Buzz Bumble to the Rescue (audio CD), Are you a Bee? Busy, Buzzy Bees, Buzz, Buzz, Buzz went Bumblebee, Bumblebee, Bumble Bee, Do you know Me? Bumblebee at Apple Tree Lane, "Flight of the Bumblebee," images of bees, hives, and honeycombs." The third column reads, "Additional Materials: honeycomb, easel paper, sponges cut into hexagon shapes, yellow-brown paint, hexagon pattern blocks, pineapple juice (nectar), straws, felt board bee story, biscuits and honey, pipe cleaners for antennae, black/yellow paper and rubber bands for bee masks."
Table 6.5: Materials List for Insect Unit
Books/Media Manipulatives and Props Food Art Supplies
I am a Caterpillar
Very Hungry Caterpillar
Ten Little Caterpillars Butterfly Alphabet
The Butterfly Kiss
*Over in the Garden
*The Lamb and the Butterfly
Caterpillar to Butterfly
Ladybug on the Move
Lara Ladybug
Bubba and Trixie
Ladybug, Ladybug Where are You Going?
Five Little Ladybugs
National Geographic
Magazines and photos from the Internet 4 Magnifying glasses
Insect specimen set
Caterpillar specimen set
Live insects/caterpillars from playground?
7 Puzzles: (2 ladybug, 3 butterflies, 1 bumblebee, 1 garden with insects)
Felt board set (life cycle)
Magnetic ladybugs and magnet board
4 colanders
4 sifters
4 bug catchers
4 pairs of tongs
Colored netting
Wing costumes
Paper sentence strips
Life cycle cutouts
Glow-in-the-dark insects for light table Butterfly crackers
English muffins
Jam
Raisins
Butterfly pasta
Straws
Pineapple juice Coffee filters
Watercolors
Tempera paint (yellow, black, red, orange)
Construction paper
Colored tissue
Pipe cleaners
Wire hangers
Netting
Easel paper
Sponges
Make
Butterfly matching (lotto-style) game w/printed images from the Internet
Number/puzzle cards with foam butterfly and ladybug stickers
Bug-hunt board game
Vocabulary/picture cards: Chrysalis, proboscis, symmetry, metamorphosis, larva, pupa, aphid, antennae, symmetry
Cutouts for graphing (1-inch yellow triangles, circles, squares) and blank four-column graph
Table 6.5: Materials for Insect Unit
Emergent Project: Power, Force, and Motion
Planning for an emergent study represents the other end of the road-trip analogy, a "bottom-up" process. This type of planning focuses on identifying starting points for the exploration of an idea or topic, developing insightful observations via teacher-child interactions, documentation about what is happening, and expanding the plan accordingly. The teacher consistently asks:

What did I see?
What does it mean?
What does it tell me about the childrens needs, interests, knowledge, and skills?
What might happen next or how can I help children to further the inquiry/exploration? (Chaille, 2008; Gestwicki, 2011 Helm, 2007)
Planning for an emergent project generally proceeds as follows:

Observe/identify an interest through exploratory activities, active listening, focused discussions, and representation of childrens initial ideas about their thinking.
Choose a tentative topic.
Provide materials and resources to support multiple possibilities for directions the inquiry might take.
Document what happens.
Organize and reflect on documentation.
Adjust future planning to adapt to the direction of the inquiry.
Account for learning standards as the project proceeds.
Observe/identify an interest or topic through exploratory activities, active listening, focused discussions, and representations of childrens initial ideas about their thinking This study was initiated by a team of two teachers (Mary and Jane) and their assistants, working with a group of twenty-eight 4- and 5-year-old children. It started with observations they made early in the school year about the childrens play and interest in superheroes, documented in the case study notes in Chapter 1. As time went on, the teachers continued to observe that this interest did not wane but continued to evolve, especially in the dramatic play area, where many scenarios and characters were developed and acted out. It also showed up during writing workshop time, where the childrens daily dictations and story writing contained similar characters and story lines, and in daily play outside.

Late in the spring, Mary worked with some of the children who asked the teachers to convert the dramatic play area to a woodland forest. They subsequently started requesting time several days in a row to present "plays" that featured fairies, transformers, and animals of different kinds. Always the theme of these stories involved the exercise of "special powers" to solve problems or explain phenomena the children did not understand. One of the stories developed by five children (three girls and two boys) was dictated to the teachers as follows:

Captured in a Woodland Forest

Once upon a time, on a spring night, a troop of fairies were visiting a woodland forest. Owls hooted and small animals were scurrying in the forest. The fireflies were dancing among the trees and the little fairies tried to catch them. When they got bored, they began to play tag. A hungry cat was stalking a mouse in the bushes when he got distracted by the darting fairies. He chased the fairies and when he caught one, he took it off to a cave to play. Meanwhile, the transformers were in their hideout testing their new supersecret spy equipment. They heard the fairies call for help. They grabbed their powers and flew to the aid of the fairies. They followed the trail of the cat and found him nibbling on the fairys leg. They used their powers to freeze the cat. Two of them returned the fairy to her troop. While the fairies were celebrating the return of their friend, the other transformers [used their powers again to] unfreeze the cat. Then they fed it some yummy cat food and took him back to his home.

Concurrently, the teachers were observing extended play in the block area and on the playground that focused on the building of ramps and catapults. They had also recorded childrens comments during the water-table activities described in Table 6.1 (sinking and floating). Among them were several comments about the amount of force it took to sink a boat and a loud argument about the power of water to move or control heavy objects.

Grayson: When I pressed on the boat, it went down.

Sami: When you push down, the boat always sinks.

Luke: Thats because your hand is heavy.

Zach: But boats can come back up.

Finn: Well, can water move things up?

Jon: No, that wont work because water wont go uphill.

Eli (shouting): Then how does it come out of the shower?

Finally, Mary and Jane realized that the children were very intrigued by a new feature of the physical environmenttwo large plastic barrels that had recently been installed on a platform on the playground for rainwater collection. The children intently observed what happened to the water after rain showers, asked many questions, and offered theories about how the barrels worked.

Choose a tentative topic As the teachers revisited their observation journals and looked back through the childrens writing journals, their insight was that the concepts of power, force, and motion were themes the children had already been exploring for months; but because the contexts for this exploration had seemed so disconnected, they had not recognized it before. With several weeks left in the school year, they decided to focus planning on an exploration of these three interrelated concepts.

They knew from what the children had done already that there would be many opportunities to address science, math, and literacy standards. In focused discussions with the children, they created an initial KWL chart (Table 6.6) with thema graphic organizer that organizes thinking into three categories: "what we know," "what we want to know," and "how we can find out." The teachers transcribed the students exact words, which helped them make specific plans about how to begin the study.

Table 6.6: KWL Chart on Power, Force, and Motion
K: What We Know W: What We Want to Know L: How We Can Learn/Find Out
Water is strong.
Water has invisible powers.
Water cant go up.
Wind is strong.
Wind is invisible, like water, but you can feel it.
Sails make boats go if they dont have a motor.
Things go down by "theirselves," but not up.
Superheroes have special powers that regular kids dont have.
Machines help us do work. How does water move things?
How do you make water?
How can you make water go up?
Is power the same as magic?
What makes things go fast if they dont have a motor?
How come machines are stronger than people? Make a waterfall.
Make more boats.
Ask the engineer how the barrels work.
See how fast we can make our cars go.
Make a lot of ramps.
Make cool "constraptions" to get things to go up.
Find some books about ramps.
Figure 6.9: Brainstorming for Exploring Power, Force, and Motion
This graphic organizer indicates Mary and Jane's initial thinking about open-ended activities that would help direct the project.
Figure: Two column graphic organizer. The left column lists the object involved and the right column lists the activities. The organizer reads, "Pulleys. Challenge children to design pulley system on climber to haul things to the platform. Put wood gears in discovery center. Catapults. Explore factors that influence height and distance. Put balance in the rock pond. Superheroes. Find out if their ideas about powers are grounded in theories about physical forces. Inclined Planes. Add flexible track and cars to the block center. Build a pyramid. Water. Build a water wall. Use playground blocks and channels to move water. PVC pipe to build a sprinkler for the garden. Water colors/eye droppers, beakers and oil. Add sails to boats. Visit Water Authority. Make diagrams, to predict how rain barrels work. Explore ice/water melting, condensation and evaporation."
Provide materials and resources to support multiple possibilities for directions the inquiry might take As with thematic unit planning, teachers use brainstorming to organize their ideas about potential activities and explorations. Mary and Janes brainstorming included the ideas represented in Figure 6.9 to investigate the questions and theories represented in the childrens KWL chart.

Since much of the KWL chart contained water-related questions and ideas, Mary and Jane decide to focus initial planning on how water moves from one place to another. Materials and equipment they had on hand included:

A water table
Flexible tubing and an electric pump
Large interlocking playground blocks with modular sections designed to channel water
Hoses and water source outside the classroom
Large tubs
Funnels, buckets, watering cans, squirt bottles, and other assorted implements that can be used with water
Several wading pools
A garden sprinkler
Ping-Pong balls, small cars, and many other small waterproof objects
The teachers planned two initial activities with water on the playground over the course of the week, combining the morning times when children are usually engaged in center-based activities and outside play. The framework for these activities is represented in Figure 6.10.

Figure 6.10: Week One Water Activities
During the first week, as Mary and Jane began predicting the direction of the long-term study, they focused on moving water.
Figure: Teacher notes that read, "Activity: Channeling Water I. Materials: Large playground blocks, water channel modules, hose, wading pools and large tubs, ping pong balls and small cards, buckets, cups, and watering cans. Initial Setup: Two stacks of blocks, one higher than the other, with one water channel module bridging the two stacks, set up hose at tope so that water is flowing downhill, have other blocks and channeling modules nearby for later. Put wading pool at bottom of water channel to capture water. Introduction: Ask children what will happen when they put balls or cars on the top of the channel with the water running downhill. Advise them when pool at bottom is full, the hose will be turned off and no more water can be added. Exploration and Scaffolding: Facilitate/supervise free play with structure until pool is full. Ask them how they will get water back up to the top so play can continue. Encourage adaptation, addition of additional blocks, channeling modules, and water capture tubs/pools to make more complicated structures with additional water. Prediction: Children will make use of buckets, cups, etc. to take water out of pool(s) and pour back in at top to keep play going. Channeling Water II. Materials: Same as Activity I, small whiteboards and markers. Initial Setup: hook up tubing and pump to existing structure. Intervention: Demonstrate operation of pump to circulate water from bottom pool back to top of structure. Exploration and Scaffolding: Experiment with different ways to add blocks/channels to structure and observe how water moved with assistance of pump. Encourage children to use whiteboards to draw plans for water circulating structures/systems. Use additional blocks/water channeling modules to replicate plans. Prediction: Children will begin to experiment with changing elevations, degree of incline for water channels, etc. Water Table. Materials: Spray bottles, tubing, funnels, ping pong balls. Initial Setup: Set up water table. Intervention: None. See what happens.
Document what happens Mary and Jane review their notes and the drawings done by the children.

Figure 6.11: Designing a Water-Moving System
The challenge of designing water-moving systems was difficult, but the children were very invested in this part of the initial activities and every design presented was subsequently built and tested.
Figure: Children's illustration of water-moving systems. There are two pools for the water at either end of the pipes. The pipes run from one pool, make a circle and empty into the second pool.
Among their observations, they note that:

The children are highly motivated to get water to move uphill but realize that without the pump, no matter how they adjust the block/channeling structure, it wont happen.
They are very interested in trying to manipulate the water channels to increase the speed of the moving water so that their balls and cars will go faster; they become focused on making steeper inclines but realize that the strength/power of the pump is limited and that, at some point, it wont work. They ask if there is a way to make the pump have more power.
Some children become highly engaged with dumping water out of the pools and onto the ground as they notice that the water spilling out of the pools runs downhill across the playground, moving the wood mulch ground cover and creating erosion channels that go in different directions. They experiment with Ping-Pong balls to see how they can make them move through the mud.
Some children express increased interest in the rain-barrel system as they observe the plumbing and realize that somehow water inside the barrels must be moving up and down without the aid of a pump.
Children working in the water table figure out that the spray bottles operate on the same principle as the water pump, and they begin taking them to different places on the playground to experiment with their ability to move leaves, wood mulch, rocks, sticks, etc. They ask if they can take them apart to see if they can figure out where their power comes from.
Organize and reflect on documentation After several days of water activities, in their subsequent discussions with the children, the KWL chart was revised to add:

K: Spray bottles are pumps (but we dont know why they work); some water can go up without a pump; we can make water go faster if we make it steeper; water can move dirt to make little rivers; some of our designs worked really good, but others not at all; does the water in the sink and bathtub have a pump?

W: How does a pump work? How can water go up without a pump? Do rivers only go downhill? What happens to the water in the rain barrels if they get full?

L: We need to ask the engineer to come over and explain how the rain barrels work; we can look on the Internet to find out more about pumps; maybe the engineer can tell us about pumps, too.

Adjust future planning to adapt to the direction of the inquiry To proceed with the inquiry, Mary and Jane decided to focus on three things based on the interests represented in the childrens observations and questions: (1) how the water harvesting system works, (2) how pumps work, and (3) how vertical drop affects the descent speed of objects. Their next stage of planning included:

Consulting with the environmental science graduate students who installed the rain-barrel water collection system. The students suggest painting a mural on the wall behind the rain barrels to diagram how the system works and collaborating with the children on a book about water harvesting.
Identifying resources providing information about how pumps work. They printed off images and diagrams of different kinds of simple pumps to add to the classroom library and share in group discussions.
Bringing in the bicycle pump that they use to blow up playground balls and let the children use it.
Bringing in several different common items with simple hand-pumping (nonpressurized for safety purposes) mechanisms including toothpaste, hand lotion, insect repellent, sunscreen, and a variety of squirt guns, including a supersoaker.
Adding flexible plastic track to the block center that the children can build elevated systems for their small cars.
Adding wood panels on the playground to be used with the large interlocking playground blocks for constructing larger ramps.
Continuing with waterfall exploration by building a water wall, providing recycled bottles and funnels, tubing, and a flexible dryer duct that the children could attach in different ways to a wood panel to channel water.
Encouraging children to use paper and markers to make large diagrams of the systems they are constructing to show how they work.