CURRENT EDUCATION SYSTEMS –

HELP OR HINDERANCE TO OUR CHILDREN’S DEVELOPMENT?

 

by Michele Wolhuter RCST

 

The word education comes from the Latin root e-ducere, which means “to lead forth” or “to draw out”.  Originally it was a midwives term meaning “to be present at the birth of”.  To educate in the truest sense therefore, is about allowing our children the opportunity to explore their immense potential in a safe, supportive and sensory rich environment.  The real job of any education system is to help students find themselves.  Unfortunately, this is not what always happens within the narrow confines of the modern day classroom.

 

So what exactly is going wrong?  Why are we confronted with such escalating numbers of new syndromes and ‘learning disorders’ within our children?  As many as 80 percent of all American school children could be diagnosed as learning disabled and given appropriate labels.  What happens to our children’s creativity and individuality as they pass through the education system?

 

The current learning environment has unfortunately failed to recognize that there are important landmarks and stages of development that take place within each child, and that sometimes the way children are taught can interfere with these phases.

 

Learning is Sensory

 

“Learning is experience. Everything else is just information”

Einstein

 

To begin with we need to understand that learning first comes in through our senses.  Experiences and sensations are learning, and therefore sensory rich environments are imperative to learning.  Unfortunately many of our educational practices today assume that people learn best if given lots of information in either lecture or 2-D form.  Students are expected to sit still, keep their eyes forward and take notes.

 

Carla Hannaford in her book Smart Moves:  Why Learning Is Not All In Your Head notes that in general current formal education relies too strongly on language as the medium of instruction.  Words, she says, though important, are only bits of information.  They are not experiental and are poor substitutes for the directness of hands-on-learning.  Words can only be understood if they produce some kind of image in the mind of the learner – if students cannot access the underlying images, then the words are not comprehensible.  Experiences on the other hand are direct and real, they involve the senses, emotions and movements that engage the child fully.  There is no substitute for the force and vividness of actual experience.

 

The Role of Movement

 

It is a sobering fact that physical activity has declined by 75% since the turn of the century.  Children today are just not as active as previous generations, largely due to their media-companions – the television set and the playstation.

 

Movement activates the neural wiring throughout the body, making the whole body the instrument of learning.  Recent research is helping to explain how movement directly benefits the nervous system.  Muscular activities, particularly coordinated movements, appear to stimulate the production of neurotrophins which are natural substances that stimulate the growth of nerve cells and increase the number of neural connections in the brain.

 

Unfortunately, throughout school, children are taught not to move their bodies during class.  They are also taught to keep their eyes forward and to only look at the teacher, the blackboard or their book.  These classroom restrictions ignore the fact that seeing is intimately connected to movement.  The eyeball is not completely shaped with collagen fibers until approximately age 9 (Coulter, Dee Joy. Enter the Childs World  Coulter Pub., 1986).  Therefore long periods of reading without relaxing the eye by focusing into the distance could possibly cause problems with and enlargement of the eyeball leading to near-sightedness (myopia).  It is interesting to note that significant amounts of myopia occur at an earlier age today than in the past and that today incidence of myopia is higher that even 20 years ago (Coleman, H.M. Increased Myopia in Schools. Journal of American Ophthalmic Ass, (41) 1970)15  Myopia has been linked to high anxiety within the learning environment.

 

Our eyes are only ready for reading at age 7 or 8.  Before this age children have good peripheral and depth vision, but it is only when the frontal eye field of the frontal lobes of the brain mature, that accurate enough eye teaming is possible for 2 dimensional focus. Eye teaming happens when the dominant eye takes the lead when tracking across a page of writing and the non-dominant eye follows the lead movements exactly.

 

It is crucial that our children are allowed to explore every aspect of movement and balance in their environment, whether running and playing in the great outdoors, climbing a tree or jumping on a trampoline.

 

In a study of more that 500 Canadian children, students who spent an extra hour each day in gym class performed notably better on exams than less active children.  In a close look at thirteen different studies on the exercise/brainpower link, exercise was found to stimulate the growth of developing brains and prevent the deterioration of older brains (Olsen, Eric. Fit Kids, Smart Kids – New Research Confirmsthat Exercise Boosts Brainpower.  Parents Magazine, October 1994)

 

Movement is now understood to be essential to learning, creative thought and high level formal reasoning.  It is time to consciously bring integrative movement back into every aspect of our lives and realize that something this simple and natural can be the source of miracles.

 

Unique Learning Styles

 

As Carla Hannaford notes we are all uniquely wired.  Some of our neuronal wiring, (our nerve networks), however, are determined by innate factors.  For instance, we all show a preference for one hand over the other, one eye over the other, even one ear over the other.  We also exhibit a preference for one brain hemisphere over the other.  Your ‘dominance profile’ for example left brained, left eye dominance, right ear dominance and so on will determine the way you take in information and learn.

 

Each hemisphere of the brain develops and processes information in a specific way.  The logic hemisphere (usually the left) deals with details and processes of language and linear patterns (all very academic and ordered).

 

By contrast the right hemisphere (also called the gestalt hemisphere – meaning whole processing or global as compared to linear), deals with images (imagination!), rhythm, emotion and intuition.  The ‘big picture’ processing happens here. 

 

The logical (left brain dominant) learner generally does very well with academic types of learning as is currently found in our schooling systems).  These children are more likely to have high self-esteem and experience less stress, because school work is geared toward their competencies.

 

Gestalt learners (usually called right brained), are able to take in the big image, feel the emotional connections, access intuitive understanding and need to learn kinesthetically through movement.  If these learners are not adequately using their left brains (during times of stress for instance), they will have difficulty managing details and linear processing.  Gestalt learners struggle to make it through the current education system especially between ages 5 and 7 when they are forced to learn linear functions in language (e.g. printing and letters) and maths.  These children begin to judge themselves as ‘dumb’ and self-esteem plummets. The stress of schooling heightens their inability to learn in a logical way, diminishing easy access between both hemispheres.  Gestalt learners in our society have been strongly discriminated against.  It is believed that Einstein was a gestalt learner as his early academic failures are legendary and in later life he frequently referred to his reliance on visual imagery rather than linear logic.

 

Our educational system favors students who are left brained, can process linearly, take in information auditorially and visually, look at the teacher and repeat pieces of information in a logical, linear fashion.  This dominance profile however, only makes up, on average 15% of the student population.  These learners are the ones who are usually reinforced with the gifted and talented label by the educational system.

 

All of us do have a certain degree of hemispheric dominance, particularly during times of stress.  The two hemispheres of the brain are linked together by special nerve pathways called the corpus callosum.  We need to understand that children need opportunity to learn to use both hemispheres and stimulate the corpus callosum which is one of the brains last maturing parts.  The corpus callosum makes possible important skills such as flexible manipulation of ideas, mature creative imagination, and effective interplay between analytic and intuitive thinking (for example creativity is not exclusively a gestalt function.  It is a whole brain process that requires technique and detail from the logic hemisphere and image, flow and emotion from the gestalt hemisphere.  Similarly, ease with language requires the words and proper sentence structure from the left and the image, emotion and dialect from the right).  True intelligence comes from the ability of using our whole brain.  Poor development of this critical link between the hemispheres can result in learning and attention problems.  It is of interest to note that recent research shows that two regions at the front of the corpus callosum are markedly smaller in people diagnosed with certain learning disorders (Shaffer, David. Attention Deficit Hyperactive Disorder in Adults.  American Journal of Psychiatry, May 1994).  It has also been found that women have 10% more fibers across the corpus callosum than men.

 

The more we access both hemispheres, the more intelligently we are able to function, in fact, it is necessary to use both hemispheres to be maximally proficient at anything.

 

Going Against the Grain

 

Of great relevance to our children’s current situation within the classroom, is the fact that the gestalt hemisphere (right) exhibits a growth spurt of dendrites between ages 4 and 7 and the logic hemisphere (left) a growth spurt between ages 7 and 9.  The failure to recognize these landmarks is a root cause of many problems within education today.

 

At the very time when gestalt function is being accessed (between ages 7 and 9), the British Curriculum of education begins alphabet and number recognition, with reading following in quick order (all of these are logic hemisphere functions).  This might not be a problem is we involved image, emotion, and movement and built on the student’s imagination and vocabulary.  Strangely, we do just the opposite.  We teach children to “sit still”, learn letters and numbers in a linear fashion (including printing, a very linear, logic hemisphere process), and read books with simplistic vocabulary, no emotion and few images.  We go directly against natural neurological development.

 

“Demanding that the young child prematurely develop symbolic capacity

means that programs which nature intends for that period, are severely

neglected.  Ironically, these early programmes are the foundations we need

for true abstract, symbolic capacity later.  Since nature’s imperative is

to follow the model, however, children have no choice but to try.

With no neural structures developed for this capacity, a majority of

children are defeated before they begin.  Guilt and a loss of self-image

 results from their inability, while we continually test them to show

how they fail to measure up”

 

Joseph Chilton Pearce

 

 

How the Danish Schools get it Right

 

(extracts from Smart Moves:  Why Learning Is Not All In Your Head by Carla Hannaford)

 

The Danish school system, respecting natural brain development patterns, does not start children in school until seven years of age.  They teach writing and reading from a holistic, gestalt processing format and then move to the details later, around age eight, when the logic hemisphere is ready to handle it.  Reading is not taught until age eight – and Denmark boasts 100% literacy.

 

When learning to read, the teachers asks the children to choose a favorite song which she writes in cursive and then has the children follow the words as they sing.  This establishes an emotional-relational connection, so important to the memory process, since memory is closely linked to emotion in the limbic system.  There is a lot of movement and rhythm play in each learning process.

 

Another unnatural challenge our children face has to do with learning to print block letters as the first step in writing.  Printing is a highly linear process (left brained) that takes us away from the more continuous rhythmic flow of language, both as it is experienced in the mind and as it is expressed through the hand – as in cursive script.  In many European schools they never teach printing, and find children have no difficulty going from writing in cursive to reading block printed text, usually at the age of eight.  As Hannaford states “I am surprised there hasn’t been more research done on the comparative effects of the ways writing is introduced in different school systems worldwide”.  Educators in Germany have found that students are having more difficulties with language since they switched over to teaching block printing as the first step to language.

 

Carla Hannaford goes on to say that the American school system follows the British lead.  At age five children are taught to print which is the origin of many writing blocks in people today.  At this early age, children have to work very hard at printing since it defies the natural development of brain functions.  After age seven, when the brain is developed enough to accommodate the discrete and linear operations necessary for printing, we teach them cursive!  It is a crazy game that only serves to maintain high levels of stress within the child.

 

Another example of deep stress occurring in our children is from the excessive use of skills tests, usually of rote memory,  as often as two or three times a week.  In short, rote memory does not require thinking  These tests induce induce learned helplessness by promoting situations and habits where students only study for the tests, and the students with test anxiety end up in a state of perpetual stress.

 

Under these circumstances there is no time or space to develop deep understanding of conceps, test out new ideas through verbal and written action, or develop deductive reasoning skills.  The long term educational effects are as predictable as they are unfortunate.  Research done by Herman Epstein shows that formal reasoning has not been a natural outcome of our current educational process.  He discovered that at age eleven, only 5% of the population is at a formal reasoning level.  Only a quarter have reached this level by age fourteen, and in adults he found only half are fully functional formal thinkers.

 

In the Danish public school system, students don’t begin school until age 7 and are not tested until approximately age 14.  Their first tests measure only linguistic, scientific, technical and mathematical skills.  The final exam, given at age 17 or 18, is not at all like the final exams you might remember from high school.  The Danish final demands much more integrative formal reasoning

 

Students choose when they will take their final exam.  Each is given a piece of art and a piece of literature, poetry or prose (usually one of the classics).  They have a period of time to write the exam, usually a couple of weeks to a month.  They are expected to prepare an integrated dissertation tying their assigned pieces to history, biology, physics, chemistry, language mathematics, art and social sciences.  This final exam is written in two languages and then presented to a committee that interviews the student to determine eligibility for graduation.

 

On a visit to Denmark Carla Hannaford noted that there was an impressive level of problem solving and reasoning evident in all the Danish classrooms.  The lack of disciplinary problems was also striking.  Students were honored for their thinking skills and imagination and were encouraged to work in groups to develop communication skills.

 

Each class lesson in the Danish Schools was replete with art, music, movement and cooperative group work. Cooperative learning encourages students to interact, share their learning preferences, and listen to and learn from one another.  Social interaction occurring in the course of all these educational activities honoured individual differences and gifts, thus eliminating the labels and limitations to individual initiative and creativity.

 

“In my observation, based on years of work with schools and school

children, the labels used for specific learning difficulties are generally

arbitary and non-pathological ….more often than not, labeling leads

to oversimplification and insensitivity to the very real, very unique

people behind the label.  Sadly, in some ways, we have trapped these

children – and adults – in a diminished view of themselves and their

potential for learning”

 

Carla Hannaford