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Biomedical Journal of Scientific & Technical Research

March 13, 2020, Volume 26, 3, pp 20113-20118

Research Article

Research Article

Standing Height and Its Estimation Utilizing Length of Hand Measurements of Kosovan Adolescents of Both Genders

Fitim Arifi1,2**

Author Affiliations

1 Department of Physical Culture, Sport and Recreation, Kolegji University, Kosovo

2 Faculty for Sport and Physical Education, University of Tetova, North Macedonia

Received: March 06, 2020 | Published: March 13, 2020

Corresponding author: Fitim Arifi, Department of Physical Culture, Sport and Recreation, Kolegji University, Kosovo

DOI: 10.26717/BJSTR.2020.26.004376

Abstract

The anthropometric dimensions of the human body and their inter-relationships have awakened the curiosity of many authors around the world undertaking research in this regard by comparing relations between different races, as well as within a population but from different geographical regions. The purpose of this research was to estimate the average body height of Kosovan adolescents of both genders from the length of the hand. This research included a sample of 1,623 Kosovan high school graduates (830 males and 793 females). Measurements of body height and the length of the hand were performed with reference to the protocol of International Association for the Advancement of Kinanthropometry. The results for body height and length of the hand were analyzed by means of the arithmetic mean (SD) and a simple correlation coefficient, while T-test analysis was used for differences between the two genders and linear regressive analysis assessed body height based on length of hand measurements. The results obtained in this paper have shown that body height can be estimated from the length of the hand, which reliably predicts body height for both genders.

Introduction

The anthropometric dimensions of the human body and their inter-relationships have awakened the curiosity of many authors around the world undertaking research in this regard by comparing relations between different races, as well as within a population but from different geographical regions [1-5]. One of the dimensions of the body that has been most frequently addressed by research in relation to other anthropometric parameters is body height, which is widely recognized as one of the most significant anthropometric measures whose values can be used for various purposes, such as assessing children’s growth and development, nutrition, overweight, talent identification and energy consumption, thereby underlining the importance of accurately recognizing these values [6-8]. However, body height is not always possible to measure in the traditional way, for example, in cases where an individual has some form of paralysis, fractures, amputations, scoliosis, kyphosis, osteoporosis, hormonal imbalances and various kinds of pain [9-12]. In such cases, we need to estimate relative body height using other anthropometric parameters as reliable predictors, such as arm span, which has been established by many authors to be one of the best predictors of body height compared to, among others, sitting height, hand length, spine length, tibia length, foot length and sternum length. Research indicates that the relationships between body height and other anthropometric parameters are different and vary from race to race, ethnicity to ethnicity, and region to region [4,9,10,13-18]. According to a study conducted by Quanjer et al. [7], body height relative to other anthropometric parameters varies non-linearly, based on the age between males and females. It is especially interesting to note that a number of scientific studies has confirmed that people who are tall suffer more from heart disease, as well as some types of cancer, earlier damage to the joints and spine, etc., but, in other cases, tall people also enjoy more privileges in society, usually have higher social positions, are more successful at school and in a considerable range if sports and sports-related [2,5].

Kosovo is in the central part of the Western Balkans. Roads across Kosovo connect the Adriatic and the Aegean within the interior of the Balkan Peninsula. Its borders are shared with Albania (112 km), Macedonia (160 km), Montenegro (76 km) and Serbia (366 km). Kosovo’s borders with neighbouring countries mainly cross mountains and are of a natural character: to the west of Kosovo, the border is with Bjeshket e Nemuna; to the south, it is with Sharr Mountain and Pashtrik; and, to the north and northeast, it is with Kopaonik. The eastern perimeter of the Kosovo Basin is lower and thus waters flow into the South Morava Valley and Toplica. The south-western part of Dukagjini, between Pashtrik and Koritnik, is also lower and the White Drin flows there. Mountains make up about 63% of the territory of Kosovo and are divided into several groups: suburban and central, and high, middle and low mountains. The Dinaric Mountains belong to the western part of Kosovo. The Inner Dinaric Mountains include Mount Mokna and the Mali i Thatë and the Bjeshkët e Nemuna Mountains. Kosovo’s climate is conditioned by geographical location. Extending through the medium latitude, Kosovo’s climate is conditioned by the amount of sunshine, and its proximity to the Adriatic Sea, the Vardar Valley, and the opening to the north, where the altitude averages 400 m [19].

Based on the available data, Kosovo lies within several different geographical regions and its population belongs to the Central Dinaric Zone; thus, it is highly important to conduct a professional study that would provide a morphometric estimate of the entire population. With different geographical and administrative regions (Prishtina, Mitrovica, Peja, Gjakova, Prizreni, Ferizaji & Gjilani), Kosovo has a territory of 10,887 km2 and 1,907,592 inhabitants (July 2018 estimate), whose average age is 29.6 years, while 50.34% are male and 49.66% female. There are some ethnic groups in Kosovo that are composed of: Albanians (92.9%), Bosnians (1.6%), Serbs (1.5%), Turks (1.1%), Ashkali (0.9%), Egyptian (0.7%), Gorani (0.6%) and Roma (0.5%), with other/unspecified at 0.2%. A map of Kosovo is shown in Figure 1. A large number of studies has been conducted worldwide on body height to arm span ratios involving anthropometric parameters, using similar samples to the adolescent population of Kosovo in general [3,20,21], as well as on body height to foot length ratios [1], body height to sitting height ratios [7,22] and body height to tibia length ratios [23]. Based on the above research, it is critical for the population of Kosovo to have accurate information as well as body height to length of hand ratios, which are of great importance to medicine, sports, anthropology and other fields. Therefore, the first aim of this research is to examine the average body height of Kosovan adolescents for both genders, as the authors believe that Kosovo’s population can reach full potential for the Dinaric race, while the second aim is to examine body height for both genders in Kosovo and its relationship to hand length.

Figure 1: Geographical Location of the Republic of Kosovo.

Materials and Methods

This research on the population of Kosovo included a sample of 1,623 high school graduates from seven official Kosovo administrative regions: Pristina, Mitrovica, Peja, Gjakova, Prizren, Ferizaj & Gjilan, of whom 830 were male students with a mean age of 18.45 ± 0.45 and 793 were female students with a mean age of 18.24 ± 0.43. We chose to obtain measurements from graduates because, being 18 years old, it was expected that, at the time of measurement, body growth and development had been completed for both genders and maximum body height had been reached. It is also worth noting that the sampling criterion was random on the day the measurements were made, but all students were included, regardless of whether they had any physical disabilities and/or and were permanent residents in Kosovo. The measurements were made by experts from the Institute of Sport Anthropology and the National Centre for Sport Medicine, both in Pristina.

Measurements of body height and hand length were performed by reference to the protocol of the International Association for the Advancement of Kinanthropometry [24]. Whereas students’ age data were obtained at the time of the measurements and each person’s age was calculated from his/her date of birth and the date the measurements were made. The results for body height and hand length were calculated using the SPSS version 25.0 mathematical package for everyone. The arithmetic mean (SD) was calculated for both genders, while T-test analysis was performed regarding the two anthropometric variables, differences between body height and hand length for each sex group and between genders. The ratios between body height and length of hand were determined via Pearson’s correlation coefficient with a 95 per cent confidence limit. Meanwhile, to determine the extent to which the length of the hand can predict body height, linear regressive analysis was employed. The significance of the statistical coefficient was set at the level of p < 0.05.

Results

A summary of the results for the anthropometric measurements of both genders are presented in Table 1. The arithmetic mean of body height in males is 179.52 ± 5.96 centimetres and the length of the hand is 19.14 ± 0.86 centimetres, while, in females, the arithmetic mean is 165.72 ± 4.93 centimetres for body height and 17.46 ± 0.74 centimetres for hand length. Differences between males and females in the case of anthropometric measurements of body height and length of hand were statistically significant at (males: t = 20.876, p < 0.000; females: t = 18.626, p < 0.000). The simple correlation coefficient and analysis of the 95 per cent confidence interval between anthropometric measurements are presented in Table 2. The correlations between body height and the length of the hand are significant (p < 0.000) and the correlations between the two anthropometric variables are good for both genders (males: 0.587; females: 0.552). The results of the linear regressive analysis are presented in Table 3. The results of the regression coefficient are high (males: 0.587; females: 0.552), while the results of body height prediction for Kosovan adolescents from the length of the hand for both genders are as follows: males: t = 20.876, p < 0.000; females: t = 18.626, p < 0.000. These results are confirmed by the coefficient of determination, denoted as R-squared (%), for males at 34.5 and for females at 30.5. The associations between body height measurements and length of the hand among the above models is sketched as a scatter diagram.

Table 1: Anthropometric measurements for both genders.

Table 2: Correlation between body height and hand length of the study subjects.

Table 3: Results of linear regression analysis where hand length predicts body height.

Figure 2: Scatter Diagram and Relationship between Length of Hand Measurements and Body Height among Both Genders.

Discussion

To estimate body height from the length of the hand, we used some specific equations for males and females: first, the arithmetic mean for males and females was found through descriptive analysis of both variables, then the difference between males and females was determined using the T-test for independent samples, while the relation between the two variables as well as the prediction of body height from the length of the hand was evaluated with a regression coefficient using linear regression analysis. The data from this study enrich extant information on the population of Kosovo and could become part of the researched models in Europe and of the world population. Through this study, it can be established that adolescents from Kosovo are ranked very high in the world, with an average body height of 179.52 ± 5.96 centimetres, while representing 5.1% of the population over 190.00 centimetres in height [3]. This information can be compared to the situation in other countries in the region, Europe and around the world. Compared to countries in the region such as Macedonia, Kosovans are taller than those with an average height of 178.10 centimetres [5], while only 2.7 per cent of the population are more than 190.00 centimetres in height, representing 1.5 per cent of the French population [25].

However, Kosovans are not taller than Montenegrins, whose height is 183.36 centimetres on average [4], representing 18.2 per cent, compared to 20 per cent in the Netherlands, while the highest density of those over 190.00 centimetres is found in the population of the Dinaric Alps at 28 per cent [25]. In addition, female Kosovan adolescents are among the world’s tallest populations with an average height of 165.72 ± 4.93 centimetres and a density of less than one per cent (0.8%) of the population with a height above 180.00 centimetres [3]. Compared to countries in the region, such as Macedonia, Kosovans are taller than those in Macedonia with an average height of 164.58 centimetres [5] while their density is less than one per cent of those over 180.00 centimetres tall. But a slightly larger difference is found in the case of females from the Netherlands, having a height of 168.8 centimetres [26] or with females from Montenegro averaging 168.3 centimetres [4]. This paper is still not complete, because the other main aim was to estimate body height from the length of the hand and the links between them in the case of measurements for both genders among Kosovan adolescents.

Besides arm span, sitting height, foot length and tibia length [3,7,22,27] have proven to be good predictors of body height in our study. Hand length, using deterministic equations has been shown to be reliable predictors, especially about the body height of Kosovan adolescents of both genders. Research by different authors has revealed that the dimensions of hand length vary from race to race and therefore the formulas that can be applied to one ethnic group are not necessarily applicable to others, on account of genetic, environmental and socioeconomic factors [28-30]. That said, some studies have demonstrated that differences can also be individual [31,32]. This study confirms the existence of differences in body height and hand length which are statistically significant between males and females, where the mean length of hand was 19.14 ± 0.86 centimetres for males and 17.46 ± 0.74 centimetres for females, and the difference was significant at the p < 0.000 level; this has also been validated by other authors [33-36]. Relationships between body parameters have been the focus of years of research for many anthropologists, which is why we have also tried to validate the correlation between body length and the length of the hand.

The present study reports high values for the correlation coefficient between body length and hand length measurements for both genders, while the correlation between body length and hand length for males is (r = 0.587) and, for females, it is (r = 0.552); these results are comparable to those found in other studies from Europe and the rest of the world. Recent studies have presented results similar to those in the study from Wakode et al. [37] who found a high correlation between body height and male hand length with a value of (r = 0.699) and female hand length with a value of (r = 0.693). Similar correlation values between body height and hand length in the Egyptian population have been found by Muhammad (2013), who found a correlation between these two parameters of (r = 0.525) for males and (r = 0.697) for females. Comparable findings for stature and hand length have been reported by Moorthy and Zulkfly (2014), with values of (r = 0.604) for males and (r = 0.630) for females. Uhrova et al. [12], in her study on Slovak youth, observed a correlation between body height and hand length of (r = 0.630) for males and (r = 0.580) for females, and Ozalsan et al. (2012) found a correlation between body height and hand length of (r = 0.578) for males and (r = 0.309) for females, while Patel et al. [36] found higher values between body height and the length of male hands (r = 0.806) [38-44].

Conclusion

On account of the models applied in this paper, it is evident that body height showed a high correlation with hand length and confirmed that body height can be estimated from the length of the hand among Kosovan adolescents. The limitation of this study is that the male and female Kosovan adolescents included in this study were born in 1998, which was a period of war in Kosovo, when half the population were displaced from their homes. Their lives have been lived under difficult socioeconomic conditions. As the authors of this paper, we conclude that the average stature of Kosovan boys and girls has not yet reached its full maximum genetic potential and that it is expected that future generations will achieve greater body height and be among the tallest populations the world. It is therefore necessary to consider different models for population research in Kosovo, based on each region and both genders.

Conflict of Interest

The author declares no conflict of interest.

References

Research Article

Standing Height and Its Estimation Utilizing Length of Hand Measurements of Kosovan Adolescents of Both Genders

Fitim Arifi1,2

Author Affiliations

1 Department of Physical Culture, Sport and Recreation, Kolegji University, Kosovo

2 Faculty for Sport and Physical Education, University of Tetova, North Macedonia

Received: March 06, 2020 | Published: March 13, 2020

Corresponding author: Fitim Arifi, Department of Physical Culture, Sport and Recreation, Kolegji University, Kosovo

DOI: 10.26717/BJSTR.2020.26.004376

Abstract

The anthropometric dimensions of the human body and their inter-relationships have awakened the curiosity of many authors around the world undertaking research in this regard by comparing relations between different races, as well as within a population but from different geographical regions. The purpose of this research was to estimate the average body height of Kosovan adolescents of both genders from the length of the hand. This research included a sample of 1,623 Kosovan high school graduates (830 males and 793 females). Measurements of body height and the length of the hand were performed with reference to the protocol of International Association for the Advancement of Kinanthropometry. The results for body height and length of the hand were analyzed by means of the arithmetic mean (SD) and a simple correlation coefficient, while T-test analysis was used for differences between the two genders and linear regressive analysis assessed body height based on length of hand measurements. The results obtained in this paper have shown that body height can be estimated from the length of the hand, which reliably predicts body height for both genders.