Formation of motor mode of senior preschool children within implementation of federal state educational standard

Фотографии: 

ˑ: 

Ph.D. M.E. Snigur1
Associate professor, Ph.D. N.V. Peshkova2
Associate professor, Ph.D. V.Yu. Losev2
O.N. Kizaev1
1Surgut State Pedagogical University, Surgut
2Surgut State University, Surgut

Key words: motor activity, motor mode, types of motor activity, actually educational activity.

Introduction. The educational system of the Russian Federation is being modernized for the purpose of improvement of its quality, affordability, support and development of each child's talent and promotion of their health.

The purpose of the study was to experimentally verify and substantiate motor mode of senior preschool children within implementation of the FSES.

Results and discussion. During the ascertaining phase of the experiment we studied the pattern of motor mode of senior preschool children of the municipal state-funded preschool educational institution - the kindergarten of combined type "Kolokol’chik" of municipal education of Noyabr’sk and determined the priority forms of physical exercises and their duration, calculated the total volume of MA. In the kindergarten "Kolokol’chik" they use different forms of physical exercises in the motor mode, but special focus is on educational, health-improving and correctional forms, the total volume of which equaled 3.38, which is markedly different from the FSES norms.

During the ascertaining phase of the experiment, using the method of pedometry we have found that MA of senior preschool children distributed unequally during the day: the children were most active when taking a walk and at physical education classes.

During the experiment we have found that MA of children changed by week days, too. The maximum activity was observed on Monday (7545 ± 271) and Tuesday (7463 ± 203), and it decreased in other days. The minimal MA (5583±470) was registered on Saturday.

Consequently, when generalizing the research results, it can be concluded that the main indices of MA of senior preschool children make up only 50% of the recommended norm. That is why, it is necessary to form the motor mode of senior preschool children.

In order to conduct the formative stage of the experiment we substantiated the motor mode consisting of different types of activity (Table 1). When developing a rational motor mode we not only considered the satisfaction of the children's need for MA, but also allowed for its rational content within the implementation of the FSES in an educational institution.

Table 1. Motor mode with different types of motor activity of senior preschool children

 

Forms of physical exercises

Average number of locomotions , steps

t,  min

Number of times per week

Load intensity

HEALTH AND FITNESS ACTIVITY

Morning exercises

Musical rhythmic movements

Elements of aerobics

1700-3800

10-15

7

Low HR (110-130 bpm), Average (130-150 bpm),

High (150-170  bpm)

P.T. break

Games with elements of logorhythmics

Articulatory gymnastics

Finger gymnastics

120-165

3-5

5

Low HR

(110-130 bpm)

Dynamic warm-up

In the form of: physical exercises, dance moves; low- and high mobility outdoor games

500-700

10

5

Low HR (110-130 bpm), Average (130-150 bpm)

Outdoor games

 

When greeting children in the morning

650-1200

15-20

5

Average (130-150 bpm)

Constitutional walk

When taking a walk

730-1350

25-30

7

Low HR (110-130 bpm)

Outdoor games during walking

 

Story games

Games without a story

Entertainment games

Competitions

Relay race

Amusements

1550-3500

25-30

7

Low HR (110-130 bpm),

Average (130-150 bpm),

High (150-170 bpm)

Individual work on development of movements

1050-1500

15

5

Low HR (110-130 bpm), Average (130-150 bpm),

High (150-170 bpm)

Postbed gymnastics with elements of corrective exercises with contrasting air bathes

570-720

10

5

Low HR (110-130 bpm), Average (130-150 bpm)

ACTUALLY EDUCATIONAL PHYSICAL TRAINING ACTIVITY

Physical education homework

1500-3000

25

7

Low HR (110-130 bpm), Average (130-150 bpm),

High (150-170 bpm)

Physical education classes

 

Themed,

story-game, game

integrated,

test

1700-3800

30

3

Low HR (110-130 bpm), Average (130-150 bpm),

High (150-170 bpm)

ORGANIZATION OF INDEPENDENT MOTOR ACTIVITY

Outdoor games and physical exercises when walking

1800-2100

30-40

7

Low HR (110-130 bpm), Average (130-150 bpm),

 High (150-170 bpm)

Organized and independent motor activity in a group

1200-1505

30-35

5

Low HR (110-130 bpm), Average (150-170 bpm)

Obstacle course with the use of various modules

900-1500

10

2

Average (150-170 bpm)

MASS PHYSICAL TRAINING AND SPORTS ACTIVITY

Game training sessions

“Healthy pre-schooler” section

1700-3800

25-30

2

Average (130-150 bpm),

High (150-170 bpm)

 

Walks and excursions

1200-2500

40-60

1-2 times per season

Average (130-150 bpm),

High (150-170 bpm)

Holidays, entertainment

Between groups by age

Together with parents

 

1500-3200

40-50

1 per qtr

Average (130-150 bpm),

High (150-170 bpm)

The forms of physical exercises in the motor mode with different types of motor activity of senior preschool children consist of such main characteristics as: volume, duration and intensity of physical loads, as well as timing and number of locomotions.

During the formative experiment we have found that in the experimental and control groups the highest MA was observed on Monday. Thus, at the weekend the children's need for MA was not realized at an adequate level (Figure ).

* – significance compared with the experimental group

∆ – maximum volume of motor activity

Figure 1. Week's dynamics of the daily volume of motor activity of senior preschool children (number of locomotions)

It is determined more by social factors rather than a child's biological motion demand: organization of educational process, environmental conditions, education and training.

When comparing the mean values of the daily volume of motor activity on Wednesday, we could see that in the experimental group this index equaled 11 329±217.4, which considerably exceeded the indices of the control group (9358±249.7) and was statistically significant (р<0.05).

Therefore, the volume of MA of the children from the experimental group increased owing to more intense daily physical loads, which included play activity.

According to the comparative measures of the indices of physical development (Table 2), the Ketle index values in the experimental group (16.8±1.4) differed from those in the control group (17.8±2.2). Significant changes in the harmony of body built and correspondence between body length and mass were found in the experimental group (р<0.005). There were no significant changes in the control group.

The results obtained over the Robinson index amounted to 109.8±10.27 in the experimental group, in the control group – 97.7±10.29, which proved the significance of differences between the groups (р<0.05). Children with minor disturbances of the cardiovascular system were recommended to perform cyclic exercises of moderate intensity and speed-strength loads.

Table 2. Comparative measures of physical development of senior preschool children, М ±m

Indices

Before experiment

t1 estd.

р1

After  experiment

t1 estd.

р2

EG

CG 

 

 

EG

CG

 

 

 

Quetelet

14.6±2.92

15.4±3.06

1.7

> 0.05

16.8±1.4

17.8±2.2

2.09

<0.05

 

Robinson

104±4.82

105±6.93

1.0

> 0.05

98.1±3.02

95±4.9

2.11

<0.05

 

Skibinsky

223±36.04

233±25.22

1.2

> 0.05

361±29.01

301±26.41

 

3.04

<0.05

 

Ruffier

18.0±1.08

17.7±1.84

1.2

> 0.05

14.4±3.52

16.8±2.49

2.32

<0.05

 

Shapovalova

54.8±10.61

57.6±8.23

1.6

> 0.05

83.4±9.31

71.1±7.14

2.25

<0.05

 

Based on the analysis of the Skibinsky index, the functional capabilities of the respiratory system and load tolerance of the body have increased significantly in the experimental group (361±29.01) compared with those in the control group (301±26.41).

As seen from the Ruffier index values in the experimental group, the cardiovascular system response to standard physical load was much higher (14.4±3.52) than in the girls from the control group (16.8±2.49). This confirmed the test validity (р<0.05) over the given index.

The evaluation analysis of the Shapovalova’s index helped reveal more significant changes in the development of power, agility and speed abilities in the experimental group (83.4±9.31), rather than in the control one (71.1±7.14), which testified to the training effect of the motor mode.

The Robinson index has increased (73.1±6.94) significantly in the experimental group (р<0.05). In the control group the increase was insignificant (97.7±10.29), which testified to the current insufficient disturbances of the cardiovascular system.

The comparative measures of physical fitness levels after the experiment have revealed a considerable increase in the results obtained in the experimental group. According to the findings of the educational experiment, the results characterizing the level of their physical fitness have increased in the experimental and control groups. At the same time, the process proceeded more intensively in the experimental group (Table 3).

Table 3. Comparative measures of physical fitness levels of senior preschool children, М ±m

Test

Before experiment

t1 estd.

р1

After experiment

t1 estd.

р2

EG

 

CG

 

EG

 

CG

 

30 m run

6.5±0.10

6.6±0.04

2

> 0.05

5.8±0.08

6.2±0.08

2.6

<0.05

Hang, sec

5.4±0.87

3.8±0.76

1.4

> 0.05

10.4±0.87

6.2±0.97

3.2

<0.05

300 m run, min, sec

87±0.74

88±0.73

1

> 0.05

72±0.31

81±0.37

2.3

<0.05

Standing long jump, cm

102±6.49

106±7.58

1.7

> 0.05

115±5.46

108±1.30

2.4

<0.05

Sit-ups per 30 sec, number of times

11.7±0.9

11.5±0.87

0.2

> 0.05

17.9±0.78

14.7±1.19

2.2

<0.05

Flexibility, (± cm

6.8±0.87

6.8±1.19

0.4

> 0.05

12.1±1.62

8.7±1.08

2.4

<0.05

Conclusion. As seen from the study, an increase of the level of physical development of senior preschool children within the implementation of the federal state educational standard involves changing volume and intensity of normalized motor activity of children in the daily routine, while maintaining the overall structure of the regime moments by reducing their organizational aspects and redistributing the content of forms of physical exercises in the motor mode with different types of activity. As a result of the studies the children of the experimental group have improved their indicators of overall endurance, speed-strength, speed, coordination abilities (р<0,05) compared to those in the control group.

References

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Corresponding author: apokin_vv@mail.ru