Tuesday, August 3, 2010

Visual art and Expressive art learnings

有些朋友会说:绘本那么‘少字’ 不值得买。而且又贵~
我会告诉他们,你们少买几件新衣,吃少好料就行了呀 >"<
也顺便‘传教’:绘本是长远的投资。绘本是孩子的财产。绘本往往幽默却最能潜移默化地将知识与正向概念内化到孩子心中!
不但如此,绘本除了教导文字还可以学习艺术,数学概念,体能、情绪、社交、道德、认知及语言等(儿童各方面的发展)

其实我们应该强调的是全儿童发展。上述五项发展是受到同等重视的。
五项发展之间亦存在相互影响以及互相辅助的作用,它们之间的关系应受到关注。

在此分享几个通过绘本进行其他学习领域的绘本学习课程 ^^

http://happyfamilyeu.blogspot.com/search/label/Storytelling


Part 1 -storytelling 《 跳舞 》绘本 跳舞(启发精选世界优秀畅销绘本)

other PictureBooks here :)
http://happylandpicturebook.blogspot.com/
other lesson here: HappylandChildrenArt




红泥巴书评
内容简介:
喜欢舞蹈的女儿不知道,她的爸爸一直都在看着她,从她小时候扮演一个玉米,到她成为台上美丽优秀的芭蕾舞者,到她恋爱出嫁,有了自己的家。爸爸一直微笑着看着她。直到爸爸生命最后一刻,舞蹈着的女儿仍然不知道,爸爸总是微笑地看着她。
这个故事的作者灵感来源于他自己的女儿,然而图画中的女孩确实却有其人的。绘者受画中女孩子的父亲所托为他画了女儿的画像,而这个女孩和母亲丧生于一起车祸。本书内外所蕴藏的故事与情感让每一位度过这本书的读者动容。作者的文字细腻深沉,绘者的图画更是显示出非凡的功力,写实的描画、凝重的色彩、潇洒的笔法,将这个动人的故事演绎的一如交响乐般宽广宏大。






Part 2 -Body movement (games)

materials prepared: card boxes ,marker pen ,scissors, small clips.

LET's FUN !


Thursday, June 24, 2010

D.I.Y Scouring Pad Alphabet !

Children learn best through these scouring pads alphabet because, the surface is rough that can stimulate children's senses through touching!

When we're teaching them (early years),hold their hand and trace the scouring pads ALPHabet ! Must Try *.* very effectively~







Monday, June 21, 2010

Why Young Children Learn Music

The study of music at a young age increases the quality of the child's early life experiences. Music can soothe, stimulate or entertain children. It provides pleasure, joy and an outlet for creative expression; it helps develop listening and auditory discrimination skills; it contributes to motor skill development (both large muscle and small muscle); and it increases the range and flexibility of the voice. Music can soothe emotions, invite enthusiasm and bring immense pleasure to the listener.

Eight Cool Things Music Does for Kids

1. Confidence and Poise: Music making offers children a chance to perform with and for others, and to develop confidence in their ability to make presentations for groups.

2. Perseverance and Commitment: As children become more skilled in singing, moving and playing instruments, they can see and hear the results of their efforts.

3. Coordination: The many movement activities associated with music experiences develop both small muscles and large muscles. The awareness of internal steady pulse, coordinated with external movements, helps children regulate their behavior.

4. Self-respect and Satisfaction: As musical skills develop, children feel a strong sense of satisfaction in their progress and develop a feeling of self-respect that transfers to other situations in life.

5. Creativity and Self-expression: Music experiences often invite individual creative responses and encourage children's imagination in other creative endeavors.

6. Pride in Achievement: Sharing music with peers and family reinforces the value of each child in the classroom, and children develop a sense of pride in their musical achievements.

7. Concentration and Problem-solving: Learning about music requires concentration and focus. When children are asked to analyze, compare and contrast sounds, they are actively engaged in problem-solving experiences.

8. Fun and Relaxation: Singing, moving, playing instruments and listening to music are all enjoyable experiences. Music making can provide hours of personal entertainment and relaxation throughout one's entire life.

在一个年轻的年龄增加了孩子的早期生活体验的质量研究音乐。音乐可以抚慰,刺激或招待儿童。它提供的乐趣,喜悦和创造性表达出一种,它有助于提高听力和听觉辨别能力,它有助于对运动技能的发展(包括大肌肉和小肌肉)和它增加的范围和声音的灵活性。音乐可以舒缓情绪,热情邀请和愉悦,带来巨大的听众。

8个很酷的事情,音乐确实为孩子

1。信心和风采:音乐制作为儿童提供一个机会,以执行与和他人,并发展他们的能力,使艺术团体的信心。

2。毅力和承诺:随着孩子的歌声变得更熟练,移动和演奏乐器,他们可以看到和听到他们的努力的结果。

3。协调:许多运动与音乐有关的活动经验,同时发展小肌肉和大肌肉群。内部稳定的脉冲的认识,与外部动作协调,帮助孩子调节自己的行为。

4。自我尊重和满意度:作为音乐技巧的发展,儿童在他们的进展感到满意的一个强烈的责任感和发展自我尊重的感觉,要在生活的其他情况下转移。

5。创造力与自我表达:音乐创作的经验往往邀请个别的反应和鼓励儿童的创造性的努力在其他的想象力。

6。在成就感到自豪:分享音乐与同龄人及家庭强化了每个孩子在课堂上的价值,并开发出儿童在他们的音乐成就感到自豪的感觉。

7。浓度和解决问题:关于音乐的学习需要集中,突出重点。当孩子被要求进行分析,比较和对比的声音,他们正积极参与解决问题的经验。

8。娱乐和休闲:唱歌,运动,演奏乐器,听音乐,都是愉快的经历。音乐创作可以为整个人的整个生命的个人娱乐和放松的时间。

Resources: http://www.carpentersmusic.com/should_learn






Edwin Gordon, a preeminent music educator and researcher, states that "Music aptitude is a product of both innate potential and early environmental experiences. . .regardless of the level of music aptitude with which children are born, they must have early formal and informal experiences in music in order to maintain that level of potential. Otherwise, the level of music aptitude they may be born with will never be fully realized in achievement. . . . (a child's) innate music aptitude, be it high or low, will diminish, possibly vanishing to almost nothing, without an early stimulating music environment." ( "All About Audiation and Music Aptitudes," Music Educators Journal, No. 41, Sep. 99)

埃德温戈登,一个杰出的音乐教育家和研究员指出,“音乐aptitude是一个潜在的产品既有先天和早期环境经验。。。不论音乐性向与该儿童出生水平,必须尽早正式和非正式的经验在音乐中,以维持这一潜在水平。否则,音乐智能水平,他们可能是出生时将永远不会完全实现实现。。。。(孩子)的先天音乐天赋,无论是高或低,将会减少,几乎没有可能消失无刺激的早期音乐环境。“ (“所有关于Audiation和音乐性向,”音乐教育杂志,41号,9月99)

Thursday, June 10, 2010

Soup Is For Learning

(Sharing too!)
Preschoolers can help parents prepare soup and experience sharing while they cooperate to complete a task. You'll be surprised at how much learning takes place!
You will need:
A large pot with a cover, vegetable brush, vegetable peeler (optional), knives, cutting board, measuring cup, a ladle/big spoon, soup bowls and a stovetop.

Ingredients can include:
4 cups water, 4 vegetable or chicken bouillon cubes, and a variety of vegetables; carrots, potatoes, corn, peas, onions, zucchini etc.

Preparation: Wash and scrub the vegetables (peeling is optional). Cut into 1" pieces. Pour water into the pot, and add the bouillon and vegetable pieces. Cover and bring to a boil, then simmer for an hour.
Preschoolers help by:

Choosing their favorite vegetables to put into the soup (making decisions)
Scrubbing vegetables (muscle coordination)
Measuring water and pouring into the pot (pre-math skills)
Placing vegetables into the water
Listening for the timer (anticipating an event & listening skills)
Setting the table (counting)
When youngsters set the table they learn to:
Count objects correctly
Follow simple directions
accept responsibility
Match one-to-one when counting
Enjoy eating the Learning Soup!



Wednesday, June 9, 2010

Young Children Early Mathematics Activities (share links)

Logical thinking Activities:

* classify blocks by size

* Sort crayons, markers, and pencils into containers

* Compare sets using more and less

* Sorting buttons, keys, coins, pasta, cereal, fabric or paper scraps, marbles, balls, stamps, postcards, jar lids, leaves, shells, playing cards, etc. and explaining why

* Sorting zoo and farm animals for storage

* Going on a shape or color hunt.

* Give children a small card with a number on it. Put a large number card on the floor and ask children with the matching card number to hop, jump, etc., then place their small number card on top of the big one. Continue until everyone matches their numbers.


Seriation Activities:

* Create graphs of snack time choices or how many kids walk or ride the bus

* Voting

* Differences in food

* Comparing number of sunny days, cloudy days, etc.

* Hang pieces of yarn in front of the room and ask which is the longest or which is the shortest. Have the kids arrange the yarn by lengths from shortest to longest


Measurement Activities:

* Measure shoes, height, length of table, etc. with yarn or hands

* Sizes of containers

* Blocks to build towers with length or height equal to other objects

* Number of steps it takes to get somewhere,

* Measure ingredients for cooking .


Shape Activities:

*Hunt for shapes throughout the room

* Pass around a shape and have children look at it and feel it with eyes open and closed

* Have children hunt for shapes in a magazine and paste them on a page

* Have the children make objects using a variety of shapes

* Have ten cutouts of all different shapes and envelopes with that shape in them, kids place shapes into their corresponding envelopes

* Trace shapes, then color them in

* Place one of each shape on a magnetic board or flannel board. Have the children look through a basket of shapes and place a shape next to its corresponding match

* Select several sheets of paper and draw one large shape (can also use numerals). Set out 20 inch long shoelaces or string. Invite the children to create the shapes or numerals by placing the laces on top of the shape or numeral on the construction paper sheets.

* Use pieces of masking tape to make large outlines on the floor of a circle, square, triangle, etc. Let the children take turns walking, crawling or hopping around the edges of the shapes. Or ask the child to first identify the shape before walking around it.


Numeral Activities:

* Have the children tell how many of each body parts they have. How many noses? How many eyes, ears, chins, fingers, etc.

* Select five index cards. On the left-hand side of each, write a numeral from 1 to 5. Then, on the right side, punch a matching number of holes with a hole punch. Let the children take turns counting the number of holes in the cards and naming the matching numerals. For older children, give them paper squares with numerals and let them punch out matching numbers of holes.

* For each child cut the numeral 1 to 5 out of posterboard. Set out glue and small objects, such as buttons, toothpicks, cotton balls and circle stickers. Help them glue matching numbers of small objects on their posterboard numerals. (1 toothpick for the numeral 1, 2 buttons for the numeral 2, etc.)

* Cut five apple shapes out of cardboard. Cut one finger hole in the first shape, two in the second, and so on. Color the apple shapes red and mark each one with the numeral that matches the number of holes in it. Let your children take turns choosing an apple shape, sticking their fingers through the holes and then naming the number of "worms" they see.

* Number the inside bottoms of six paper baking cups from 1 to 6. Place the baking cups in a 6-cup muffin tin. Give a child a box containing 21 counters (pennies, small buttons, beans, etc.). Have the child identify the numerals in the bottoms of the paper baking cups and drop in the corresponding numbers of counters.

* Divide a paper plate into six equal sections and label the sections from one to six by drawing on sets of dots. Write a numeral from 1 to 6 on each of six spring-type clothespins. Let the children take turns clipping the clothespins to the matching numbered sections on the circle.

* Select five index cards. Write a numeral from 1 to 5 on each card. Give the cards to a child along with 15 paper clips. Have the child choose one card at a time, name the numeral and then attach that number of paper clips to the card.

* Make a blank book for each child by stapling 10 pieces of white paper together with a colored paper cover. Write "My Counting Book" and the child's name on the front. Number the pages in the book from 1 to 10. Let your children look through magazines or catalogs and tear or cut out small pictures. Then have them glue one picture on the first page of their books, two pictures on the second page and so on.


Opposites Activities:

* rough and smooth-use rocks, fabric squares, etc.

* hard and soft

* Use boxes for the following opposites: big/little

* open/closed

* light/heavy

* thick/thin

* full/empty

* wide/narrow

* many/few

* far/near

* first/last


Pattern Activities:

* Look for patterns on leaves

* Working with simple patterns in their bead and block construction

* Building patterns with two colors of Unifix cubes or pattern blocks

* Constructing a pattern with two colors of napkins at snack time

* Clapping the rhythms of their name

* Coloring every second or fifth or tenth day on a calendar of days in school

* Exploring patterns in wallpaper

* Create patterns using sponge printing, collage materials, geometric shapes or wrapping or wall paper

* Find patterns on the United States flag


Color Activities:

* Glue a colored button to the bottom of a 6 cup muffin tin, using 6 different colors in each tin. (Have the same number and same color of buttons off to the side.) Encourage the children to match the colored buttons to the ones in the tins.

* Try guessing how many of the same colored buttons, beads, etc., there are in a glass jar, then count to see who came the closest.

* Cut red, yellow and blue cellophane into desired shapes. Have the children glue the shapes on sheets of waxed paper, overlapping the edges of the cellophane as they glue. Attach construction paper frames to the collages, if desired. Then hand them in the window to let the light shine through all the colors.

* For each child put a small amount of red liquid tempera paint and a small amount of yellow into a Ziploc storage bag. Seal the bags closed. Then let the children squeeze their bags to mix the colors and create orange. Follow the same procedure using blue and yellow paint to make green; red and blue paint to make purple, etc.

* Cut a 12-inch circle out of white tagboard and divide it into eight sections. Use crayons of markers to color each section a different color and draw matching colored dots on eight spring-type clothespins. Then let the children match the colors by clipping the clothespins around the edge of the wheel on the appropriate sections.

* Cut two squares each out of six different colors of construction paper and glue the squares on twelve index cards. Mix up the cards and spread them out face down on a table. Let one child begin by turning up two cards. If the colors match, let the child keep the cards. If they don't, have the child replace both cards face down exactly where they were before. Continue until all the cards have been matched. Then let the child who ended up with the most cards have the first turn when you start the game again.

* Use red, yellow and blue yarn to form three circles on a carpet (or cut circles out of construction paper). Set out red, yellow and blue wooden beads. Then let the children sort the beads by placing them inside the matching colored circles.

* Cut six squares out of different colors of construction paper and insert them in the sides of a plastic photo cube. Do the same to a second cube, using the same colors. Then let the children move the cubes around to find the matching pairs of colors. For variation, use one cube as a color die. Let the children take turns rolling the die and then naming the color that comes up.

* On a piece of paper for each child, attach several different colored self-stick dots in a row to start a pattern (red, blue, red, blue; orange, yellow, green, orange, yellow green, etc.) Then give the children more dots and let them continue the pattern across their papers. When they have finished, start a new pattern on each paper, if desired.

* Turn a shoebox upside down and cut two parallel rows of slits in the top. Draw different colored dots on the ends of one set of tongue depressors and matching colored dots on the ends of another set. Insert one set of sticks in one of the rows of slits. Then let the children insert matching colored sticks from the second set in the appropriate slits in the other row.

* Make colored eyeglasses by cutting frames out of desired color of tagboard and glue matching colored cellophane squares over the eyeholes. (Use red, yellow and blue and combine the colors to make green, orange an purple.) Then attach pipe cleaners to the sides of the frames and bend them to fit over the children's ears.

* Place a small mirror in a glass of water and tilt it against the side of the glass. Stand the glass in direct sunlight so that the mirror reflects a rainbow on the wall. Name the colors with the children (red, orange, yellow, green, blue and purple). Explain that sunlight contains all these colors mixed together, but when it hits the water (or raindrops in the sky), all the colors are separated.

* Cut large squares out of selected colors of construction paper and spread them out on the floor. Then ask the children to perform different actions by giving directions such as: "Jason, can you put your foot on a red square? Brian, can you jump over a purple square?" Finally, ask everyone to find a square to stand on and let each child name the color of his or her square.

* Cut small matching squares out of different colors of construction paper. Place the squares in a paper bag and have each child draw out a square. Play music and let the children move around the room to find their "color partners" by matching up their colored squares. Then have them hold hands with their partners and circle around the room. After everyone has joined the circle, stop the music, collect the squares and start the game again.


Link from:http://members.tripod.com/~Patricia_F/mathscience.html

Friday, May 7, 2010

Early Mathematics for Pre-school Children

For many adults, sadly, the idea of mathematics is associated with anxiety, confusion and failure.

For young children this is not so .Their experience of life is not divided up under subject headings and they encounter mathematical ideas and concepts as part of the whole enjoyable and fascinating process of finding out about and making sense of the rich, mysterious world they live in.

In math as in everything else, children‘s understanding is based on personal experience and experiment .Children have to observe and explore the concrete world., using their senses, before they can deal with abstract ideas .They learn about space first of all by moving through it; about numbers by handling numbers of things; about variable quantity by seeing for example that their dinner is ‘all gone’.

Mathematics should include in pre-school because of it’s a subject that is learnt as a mental activity and it is to do with numbers requiring skills to make sense of sums or computation exercises. As children grow and develop their mathematical activities .The youngest children explore, begin to group and sort objects, and make comparisons. Then, they maybe ready for labels for their mathematical thinking and for recoding their discoveries using mathematical symbols. Through the early children years, mathematics should continue to be a manipulative activity by McCracken, 1987

Early mathematics for pre-school children is a subject area that promotes children‘s thinking .Again, children’s immediate environment is full of number concepts .Through exploration and discovery ,they learn about sizes ,shapes, differentiation and discrimination of mathematics concepts like , equal ,the same as, light, heavy ,small ,big,high,low, long, short ,bigger then, smaller than and so forth.


Two daily classroom or activities always doing in our preschool and homeschool are play sand and water. Children learn math effectively through sand and water:

Learning the language math by being encouraged to think about full and half full; about more and less; about larger and smaller.

Learning about conservation by seeing that the water which fills a tall narrow jug will also fit exactly in to a square plastic box and will then fill the tall jug again if poured carefully back into it.

Learning about capacity, as they pour dry sand or water to fill a container exactly without overfilling it, or fill moulds with damp sand to make sand pies, children see that different containers need different quantities to fill them and that each container requires the same amount each time. They can begin to make predictions about how much they need and can be invited to estimate, for example, how many of the yellow pots if would take fill the blue jug.

Learning about shapes, as they transfer sand water form one container to another .children can bee helped to sort out round ones from square ones; short fat ones from tall thin ones. They might find that they need to know words like cylinder. If they are provide with graduated measuring beakers they will see that things can be the same shape but different sizes.

Learning about quantity, children playing with damp and, setting up road systems and clearing tracks for cars or arranging rivers, valleys and mountains, are coming to recognize how much sand they need to build up the hill they want ;how many times the tipper truck will have to filled to clear ‘landslide’.

Learning about sets. When they come to conclusion about which things will float and which will sink, which materials absorbs water and which not ,which shapes will make moulds for sand pies and which will not ,children are dividing things into categories, which is a mathematical process.

The roles of the teacher/educators in enhancing children’s mathematical thinking are provide experience programs that further enhance children’s perceptions of themselves as competent, confident learners who ask questions, plan, reflect and predict. Programs must allow children to develop confidence to choose and experiment with materials, to play with ideas and to actively explore with all their senses.

Early childhood educators must foster cooperative learning skills and ensure that children have access to information through experimentation, questioning and consultation .Educators must pose challenges which encourage speculation and exploration of the unknown. Provide experiences which allow children to explore cause and effect and encourage children to review their action or thoughts.


Conclusion

Teacher support and promote early mathematics learning by learning environment, learning material and learning strategies.
Early childhood is when and where children begin to discover that math is all around them. They use, enjoy, and think about math and don't even realize it. Math activities are embedded in real-life activities and "help children develop language as they ask questions, develop fine motor skills as they touch and move objects, and improve social skills as they work" with parents and others on a problem (Fromboluti & Rinck, 1999). All children develop at different rates. Visually impaired students may need extra time to develop and learn, so it is extremely important that they are given opportunities to participate and learn at an early age. There is a great wealth of information on teaching mathematics in early childhood that is not specific to visual impairment. Nevertheless, many of these activities either need no adaptation or can be easily adapted. Just make sure that the adaptations are appropriate.

‘Always remember, Mathematics should not be split off from everyday life. Mathematics is everywhere’ by Bruce.1996)


* The natural place of anyone to encounter sand and water is out of doors.Here children can get down to work with buckets ,trucks and 'diggers' as well as having the experience of wriggling their toes in the sand....*