Reversal of Acceleration Trends in Waldorf Schools
HANNO MATTHIOLUS
and CHRISTA SCHUH
(From A New image of Man in Medicine (vol. III): "Individuation
Process and Biographical Aspects of Disease" (p 83-101), Ed: Schaefer K
E, Stave U, Blankenburg W. Published 1977 by Futura
Publishing Company Inc, 135 Bedford Road, P.O. Box 418 Armonk, New
York 10504-0418. Put on this page with the kind permission of the publishers.)
The human body and human development have shown remarkable
changes in the last 100 to 150 years. Originally these changes were particularly
evident among civilized peoples, but presently they appear in the teenagers
of almost every country of the world. If we compare the bodies of people
of past centuries - even going as far back as the early Middle Ages - with
the contemporary situation, we immediately notice a striking difference
in size. People have grown considerably taller and are continuing even
further in this direction.
It is especially characteristic of this phenomenon that
terminal growth is reached more quickly than in earlier days. The standard
height of the Royal Guard of Friedrich Wilhelm the First (1688-1740) was
170 cm; today someone of that height ranks in the bottom third of normal
company.
The circumstance of more rapid growth along with the attainment
of larger terminal height is coupled with an increasingly earlier appearance
of puberty. Development proceeds in such a way that sexual maturity is
attained at earlier and earlier age levels. At one time it was only the
north-south variance in sexual maturity that received any attention; by
now, the discrepancy between the late developing northerners and the early
developing southerners has long since been overshadowed by the long-term
trend of acceleration. The same is true in this regard for the difference
between urban and rural populations. The view of prolongation and acceleration
described here has long been current, but it was not presented with all
its ramifications until 1935 by the Leipzig physician Koch.
The significance of these phenomena cannot be summed up
in a few words; it goes far beyond superficial problems, such as early
readiness for sexual contacts and heightened sensitivity to school-related
stress. Practically all authors who have turned their attention to these
questions share the certainty that physical manifestations cannot be seen
in isolation from psychic and mental ones. Whether they stand in a positive
or negative relation to one another has not been clarified with any degree
of certainty in the scientific literature.
To be very sure, the negative aspects of acceleration
appears very clearly. On the basis of their observations, several authors
(Eller 1959, Decker 1954, Hoppe 1954) reached the conclusion that accelerated
teenagers make a more alert, intelligent, and assertive impression. In
contrast to this, however, Engelmann (1955) explains a greater tenseness
and heightened tendency toward conflict as the result of the fact that
psychic development lags behind physical development.
Along these same lines, Grimm (1966) writes: "It is of
special importance that early developers, who impress the layman with their
physical precocity, are frequently more unstable [than their contemporaries]",
and Laurer writes: "Statistical studies done at the University of Marburg´s
psychiatric clinic from the specific point of view of child psychiatry
have found that it is above all the accelerated personality which is subject
to neurosis" (Heymann 1955).
Ernst Probst makes the following comments on the situation:
"It is striking, moreover, that especially among
gifted children comparatively many reach puberty late or slowly. Apparently
they have so many talents capable of development that it takes a relatively
long time for these talents to form a relatively harmonious unity. We have
so many reports on the development of outstanding personalities who did
not reach maturity until a late age that we must not overlook this phenomenon.
On the other hand, among the ungifted we find more frequently early developers
with all the outward signs of the adult male or adult female but without
a corresponding mental maturity. Is it possible that everything reaches
completion quickly where there is not much present to reach completion?
It is true that many of these early developers show a fairly detached attitude
towards simple problems relating to occupation and daily life. But when
more complicated situations have to be comprehended and mastered in a practical
fashion egocentric and infantile characteristics again come to the fore"
(Heymann 1955).
The last two sentences quoted offer a possible explanation
for the differences of opinion already mentioned between Eller (1959),
Decker (1954) and Hoppe (1954) on the one hand and Engelmann (1955) on
the other. All these authors describe the interplay of physical-physiological
and the psychic-mental aspects in their conclusions.
The purpose of the present study is to contribute to the
investigation of causal factors in the changes taking place in the physiological
area. It presents surveys of the occurrence of menarche in young girls
from two specifically different groups of school children in order to approach
the phenomenon of acceleration from a direction that, to the best of our
knowledge, has not yet been investigated.
In the survey, we used the retrospective method, i.e.
we asked for the exact year and month of the first menstrual period and
on this basis calculated the age of menarche by reckoning back to the date
of birth. Although the status-quo method is frequently used today, we believe
that we have obtained especially reliable results in our case: first, since
the first menstrual period occurred, at the most, a few years previously,
and second, because in the case of uncertainty, more precise questions
were always asked until precise information was obtained.
1175 of the schoolgirls questioned attended Waldorf (Steiner
1919) schools, i.e. schools in which Rudolf Steiner´s pedagogy forms
the basis of instruction. The survey was conducted at schools in Baden-Württemberg:
specifically at two schools in Stuttgart and one each in Heidenheim, Tübingen,
Reutlingen, Pforzheim and in Engelberg near Schorndorf. The control group
consisted of schoolgirls from public schools in Nürnberg. The relative
proportion of pupils from elementary schools, regular high schools, and
the gymnasium was chosen in such a way that it is readily comparable with
a set of groups from the Waldorf schools. 1118 public school pupils were
included in this study.
In order to derive the varying results in both groups
exclusively from the different types of schooling, we broke these groups
down further according to the pupil´s family size, place in the sibling
sequence, place of domicile and fathers occupation. We arranged the father´s
occupation schematically into five classes, borrowing data from the Statistics
Bureau of the City of Stuttgart as well as from tables in Coerper et al
(1954).
-
Skilled and unskilled workers, civil servants, salaried employees.
-
Middle-level civil servants and salaried employees, artisans,
master artisans technicians.
-
Higher-level civil servants and salaried employees.
-
Self-employed tradesmen, salaried employees, and civil servants
in leading positions.
-
Professional people.
We divided place of domicile into:
-
city
-
town
-
country
Results
The evaluation of our data proceeded in the following manner:
first we calculated the average age of menarche in both sets and then we
determined to what degree this average age depended upon the different
parameters (number of children in the family, position in the sibling sequence,
fathers profession and place of domicile). We found the average age of
menarche for Waldorf pupils to be 13.25, i.e. thirteen years and three
months, with a standard deviation of .03; we found the average age for
the pupils in public schools to be 12.63, i.e. twelve years and seven months,
with the same standard deviation of .03 (Table I).
TABLE I
AVERAGE AGE OF MENARCHE
|
Frequency
|
Mean
|
Standard
Deviation
|
Sq.
|
Waldorf Schools
Public Schools Nürnberg |
1175
1118
|
13.25
12.63
|
0.03
0.03
|
1194.51
1244.39
|
Within the individual Waldorf schools, variations did
not exceed .17, within the public schools .54. These statistics show that
the figure for intermediate school (Hauptschulen) pupils proved to be the
lowest, for gymnasium pupils the highest. Regular high schools (Realschulen)
were in the middle. Both sets show a good standard distribution (Table
VI). After the t-test, the average figures obtained show a significant
variation at .01; they also still show a significant variation at .001.
In both sets, the breakdown according to individual parameters
shows that the average exhibits no clear dependence on the parameters chosen
(Tables II, III, IV and V).
TABLE II
AVERAGE AGE OF MENARCHE: HOME LOCATION
|
Home
Location
|
Frequency
|
Mean
|
Standard
Deviation
|
| Waldorf Schools |
1
2
3
|
366
533
41
|
13.22
13.28
13.27
|
0.05
0.05
0.15
|
| |
|
|
|
|
Public Schools
Nürnberg |
1
2
3
|
1018
34
66
|
12.63
12.53
12.77
|
0.03
0.23
0.13
|
TABLE III
AVERAGE AGE OF MENARCHE: FATHER´S PROFESSION
|
Profession
|
Frequency
|
Mean
|
Standard
Deviation
|
| Waldorf Schools |
1
2
3
4
5
|
23
230
325
73
283
|
12.91
13.21
13.25
13.21
13.34
|
0.27
0.07
0.06
0.11
0.06
|
| |
|
|
|
|
Public Schools
Nürnberg |
1
2
3
4
5
|
133
581
239
56
108
|
12.51
12.57
12.72
12.95
12.75
|
0.09
0.04
0.07
0.14
0.10
|
TABLE IV
AVERAGE AGE OF MENARCHE:
NUMBER OF CHILDREN IN THE FAMILY
|
No. of
Children
|
Frequency
|
Mean
|
Standard
Deviation
|
| Waldorf Schools |
1
2
3
4
5
6
7
8
9
10
|
145
327
238
130
63
19
8
9
0
1
|
13.11
13.23
13.25
13.40
13.34
13.61
13.59
13.12
-
13.50
|
0.08
0.06
0.07
0.10
0.14
0.20
0.43
0.28
-
0.00
|
| |
|
|
|
|
Public Schools
Nürnberg |
1
2
3
4
5
6
7
8
9
10
11
|
268
458
255
86
23
17
5
1
3
1
1
|
12.47
12.70
12.58
12.81
12.72
12.57
13.67
13.58
12.22
12.83
14.17
|
0.07
0.05
0.07
0.12
0.21
0.17
0.45
0.00
0.37
0.00
0.00
|
TABLE V
AVERAGE AGE OF MENARCHE: BIRTH ORDER
|
Birth
Order
|
Frequency
|
Mean
|
Standard
Deviation
|
| Waldorf Schools |
1
2
3
4
5
6
7
8
9
|
475
360
162
64
24
11
1
2
1
|
13.20
13.29
13.39
13.20
13.12
13.16
12.42
12.71
11.67
|
0.05
0.06
0.08
0.14
0.24
0.30
0.00
0.29
0.00
|
| |
|
|
|
|
Public Schools
Nürnberg |
1
2
3
4
5
6
7
8
9
19
11
|
644
314
118
21
9
5
4
2
0
0
1
|
12.53
12.78
12.77
12.69
12.87
12.43
12.71
12.83
-
-
14.17
|
0.04
0.06
0.10
0.20
0.37
0.52
0.37
0.75
-
-
0.00
|
TABLE VI
STANDARD FREQUENCY DISTRIBUTION OF MENARCHE
|
Age
|
Percent
|
Number
|
| Waldorf Schools* |
8.50
9.00
9.50
10.00
10.50
11.00
11.50
12.00
12.50
13.00
13.50
14.00
14.50
15.00
15.50
16.00
16.50
17.00
17.50
18.00
|
0.00
0.00
0.00
0.30
0.07
2.24
3.29
9.20
11.14
19.45
13.84
15.26
6.06
4.56
1.20
0.90
0.07
0.22
0.00
0.07
|
0
0
0
4
1
30
44
123
149
260
185
206
81
61
16
12
1
3
0
1
|
|
|
|
|
|
Public Schools
Nürnberg** |
8.50
9.00
9.50
10.00
10.50
11.00
11.50
12.00
12.50
13.00
13.50
14.00
14.50
15.00
15.50
16.00
16.50
17.00
17.50
18.00
|
0.07
0.07
0.37
1.18
0.96
5.53
6.19
16.36
11.20
20.27
7.74
7.96
2.65
1.11
0.66
0.07
0.00
0.00
0.00
0.00
|
1
1
5
16
13
75
84
222
152
275
105
108
36
15
8
1
0
0
0
0
|
*Menarche occurred in 1175
subjects.
Menarche did not occur in 162 subjects
**Menarche occurred in 1118 subjects
Menarche did not occur in 239 subject
The percental breakdown of age of menarche also corroborates
the averages already found. For 50 percent of the Nürnberg schoolgirls
menarche occurs between the ages of 12.6 and 13.0, whereas for 50 percent
of the Waldorf girls, it occurs between 13 and 13.6 (Table VII).
TABLE VII
PERCENTAGE DISTRIBUTION OF MENARCHE
|
Age
|
Percent
|
Number
|
| Waldorf Schools* |
8.50
9.00
9.50
10.00
10.50
11.00
11.50
12.00
12.50
13.00
13.50
14.00
14.50
15.00
15.50
16.00
16.50
17.00
17.50
18.00
|
0.00
0.00
0.00
0.30
0.37
2.62
5.91
15.11
26.25
45.70
59.54
74.79
80.25
85.42
85.61
87.51
87.58
87.81
87.81
87.88
|
0
0
0
4
5
35
79
202
351
611
796
1000
1081
1142
1158
1170
1171
1174
1174
1175
|
|
|
|
|
|
Public Schools
Nürnberg** |
8.50
9.00
9.50
10.00
10.50
11.00
11.50
12.00
12.50
13.00
13.50
14.00
14.50
15.00
15.50
16.00
|
0.07
0.15
0.52
1.69
2.65
8.18
11.37
30.73
41.93
62.20
69.93
77.89
80.55
81.65
82.31
82.39
|
1
2
7
23
36
111
195
417
569
844
949
1057
1093
1108
1117
1118
|
*Menarche occurred in 1175
subjects.
Menarche did not occur in 162 subjects
**Menarche occurred in 1118 subjects
Menarche did not occur in 239 subject
Since the two groups differ somewhat according to year
of birth - the members of the Nürnberg groups were born between 1955
and 1963 those in the Waldorf groups between 1952 and 1962 - we also made
the percental breakdown according to year of birth in order to avoid mistakes
which might arise. The results did not vary for any of the years of birth.
Figure 1A and 1B show that 1960 is relatively frequent as the year of birth
for both sets.
Fig 1A
Percentage distribution of menarche in public schools
and Waldorf schools for the total group.
Fig 1B
Percentage distribution of menarche in public schools
and Waldorf schools for those born in 1960.
Discussion
The results of the study reveal a significant difference
in the average age of menarche in groups of schoolgirls who differ solely
according to the school they are attending. We were able to eliminate other
influences which might have affected these figures and which were even
described as doing so in the literature, because we found either no connection
whatsoever between these factors and our investigation, or such a slight
one that we could exclude any influence on the total result in our evaluation.
The difference in the average for both sets is, therefore,
all the more important, since the figure which was obtained for the public
schools agrees with those figures presented in other recent studies; in
some cases, these latter figures are even lower. For example, Richter (1973)
gives an average age of 12.3 years for the pupils in Görlitz; Huber
(1973) obtained a figure of 12.7 in Western Austria. Robert and Dann (1975)
found an average of 12.79, similarly Frisch´s figure (1973) of 12.5
is considerably less than 13, and Litt and Cohen (1973) even give an average
figure of 12 years. Ten years ago, Wurst (1971) in Bavaria already found
12.6 to be the average. Another investigation we conducted years ago, in
which we compared girls of the same average age from a Waldorf and a public
school, also shows the later maturation of Waldorf pupils.
In comparison with the findings given in all the literature,
the figure obtained in the Waldorf schools takes on a relatively isolated
position. In considering the reason for this difference, an investigation
of the theories advanced for the cause of acceleration up to now can be
crucial. All these theories are based on differences in exogenic factors.
Thus, changes in and increased rates of metabolism since the invention
of the incandescent lamp in 1879 and the incandescent gas mantle in 1884
have repeatedly been adduced. The effects on the metabolism of carbohydrates
and oxygen were studied, and it was concluded that increases in height
and acceleration had their source here. But there is obviously no difference
in the two groups of girls we have described stemming from this source.
A second theory emerges from the observation that the
whole phenomenon of increase in height and acceleration in cities is more
clearly visible and more prominent than in the countryside. This led to
the assumption of an urbanization trauma, a thesis which is advocated in
particular by the pediatrician Rudder (1960). As obvious as this theory
may appear to be at first glance, it is, nevertheless, apparent that the
long-term trend of acceleration found today occurs not only in the areas
of large urban concentration, but in the countryside as well. The differences
in the growth process and in individual rhythms that existed between city
and countryside are diminishing more and more as a result of the widely
observed trend of acceleration: a long-term trend is becoming increasingly
prominent. Thus, we too were unable to detect any influence of domicile
in either set, especially since all the girls attend schools in the city
without regard to their domicile; in other words, they are all subjected
to urban influences.
We were not able to assign the same importance to influences
stemming from family size as that found in the descriptions by Roberts
and Dann (1975), for example, nor to the position in sibling sequence.
It also turned out that the father´s occupation did not influence
the acceleration processes in either group. We did not investigate the
relationship to menarche of size and weight found by various authors, since
they are all in agreement her; it was of no consequence for our research
because there was no significant difference in size and weight between
the two sets of groups
Again and again, reference is made to improved present-day
nutrition. Experiments have demonstrated that an ampler diet leads to an
increase in weight, but not in terminal growth. Nutritional experiments
conducted during times of food scarcity, including war and postwar periods,
prove that the malnourished organism does show an interesting compensatory
growth when nutrition is improved, but only up to a certain point. After
that point is reached, additional improvement in nutrition is not linked
to any growth in size. Excessive compensatory growth after a long illness
is another very interesting occurrence, but it does not explain the phenomenon
of acceleration.
The influence of diet seems to be related to qualitative
factors: there have been repeated indications that an increase in protein
intake promotes growth to a certain extent; in particular Ziegler´s
studies (1966) in Zürich of sugar metabolism in humans have indicated
that an especially interesting connection may exist between sugar metabolism
and occurrences of acceleration. All these explanatory attempts, however,
play no role when we consider the differences between Waldorf pupils and
pupils in public schools. The same is true for Nold´s theory (1965)
that genetic traits are more prominent in illegitimate children than in
their parents - that is, that there is often much less individuation process.
As we have mentioned, none of these theories can be adduced
to explain the time difference in menarche between pupils in public and
Waldorf schools, since in this regard both groups were exposed to identical
exogenic factors. It is interesting to point out, in addition, that the
termination of acceleration postulated by Dann and Roberts (1973) apparently
is confirmed by the study of Nürnberg schoolchildren. Oster (1954)
found that schoolgirls in Nürnberg had an average menarche age of
13 1/2 years. In 1970 he obtained a figure of 12 2/3 years, which is only
approximately two months later than our Nürnberg figure.
Summary
It is the intention of the present study to indicate that
when acceleration occurs, we must not only consider exogenic factors, light
metabolism, nutrition, etc, but also take into account the fact that education
- in other words, the attention paid to the child's psyche and mind - plays
an essential role. Stress caused by a one-sidedly intellectual education
and by an emphasis on memorization, such as is customary in public schools
today, appears to force acceleration, whereas a more arts-oriented approach
to learning, which addresses itself to all the young person's potential
talents, promotes a harmonious development.
It is certain that a long period of growth and an extended
childhood represent an uniquely human privilege, and that the human being's
creative powers and his free development are based upon this gradual process
of maturation. Any curtailment of this development threatens man's specifically
human qualities; the more quickly development reaches its conclusion, the
more rigid is the adherence to a fixed behavior, as we are continually
learning anew from the animal kingdom. As the guiding principle of all
child care and education, we should keep in mind that the nobler and more
outstanding an organism a creature tends to be, the longer it takes to
develop and reach its fulfillment. Schopenhauer already called attention
to this; gradual growth is the precondition for higher development.
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