This title slide features the topic "Morphological characteristics of first-year KIF Zagreb students." Authored by Filip Janevski, it covers analysis and comparison with averages and athletes.

Morfološke karakteristike studenata prve godine KIF Zagreb

Autor: Filip Janevski. Analiza i usporedba s prosjekom i sportašima

Source: Seminarski rad Filipa Janevskog

This slide analyzes the morphological characteristics of first-year KIF Zagreb students, comparing them to group averages and professional athletes from 10 sports. It concludes with an overview of key findings and implications.

Sažetak

• Analiza morfoloških osobina studenata 1. godine KIF Zagreb.
• Usporedba rezultata s grupnim prosjekom.
• Usporedba s profesionalnim sportašima iz 10 sportova.
• Pregled ključnih nalaza i implikacija.

Source: Seminarski rad: MORFOLOŠKE KARAKTERISTIKE, Filip Janevski

The slide, titled "Ciljevi istraživanja" (Research Objectives), aims to measure morphological characteristics of Kinesiology Faculty students. It also plans to compare individual results with the group average and with professional athletes from 10 sports.

Ciljevi istraživanja

• Izmjeriti morfološke karakteristike studenata Kineziološkog fakulteta
• Usporediti individualne rezultate s grupnim prosjekom
• Usporediti rezultate s profesionalnim sportašima iz 10 sportova

Source: Filip Janevski, MORFOLOŠKE KARAKTERISTIKE

This slide is a section header titled "Metode," introducing Section 03: "Metode istraživanja" (Research Methods). The subtitle highlights measurement instruments as anthropometric tools and the protocol as standardized measurement procedures.

Metode

03

Metode istraživanja

Mjerni instrumenti: antropometarski alati. Protokol: standardizirani postupci mjerenja.

Source: MORFOLOŠKE KARAKTERISTIKE, Filip Janevski

The slide details instruments for anthropometric measurements: a stadiometer for height, caliper for subcutaneous fat, and scale for body mass, all precise and calibrated for standardized morphological assessments. The protocol specifies morning measurements under identical conditions, with standard subject positions per ISAK guidelines to ensure result reliability and reproducibility.

Metode: Instrumenti i protokol

Source: Filip Janevski, MORFOLOŠKE KARAKTERISTIKE

The slide "Prikaz rezultata" displays a table of morphological variables, their arithmetic means, and corresponding z-values. It includes body height (178.5 cm, z=0.21), body mass (72.3 kg, z=-0.12), BMI (22.7 kg/m², z=0.08), arm circumference (32.1 cm, z=0.34), and skinfold thickness (14.8 mm, z=-0.25).

Prikaz rezultata

{ "headers": [ "Morfološka varijabla", "Aritm. sredina", "z-vrijednost" ], "rows": [ [ "Tjelesna visina", "178.5 cm", "0.21" ], [ "Tjelesna masa", "72.3 kg", "-0.12" ], [ "BMI", "22.7 kg/m²", "0.08" ], [ "Obim ruke", "32.1 cm", "0.34" ], [ "Debljina nabora kože", "14.8 mm", "-0.25" ] ] }

Source: Seminarski rad: Morfološke karakteristike, Filip Janevskog

This slide compares key body metrics to the group average in standard deviations (σ). Height shows the highest positive deviation at +3.1σ, fat tissue the lowest negative at -2.4σ, muscle mass significantly above average at +2.7σ, and thigh circumference positively at +1.8σ.

Usporedbe s grupnim prosjekom

• 3.1σ: Visina

Najviše pozitivno odstupanje

• -2.4σ: Tkivo masnoće

Najniže negativno odstupanje

• 2.7σ: Mišićna masa

Znatno iznad prosjeka

• 1.8σ: Obim bedara

Pozitivno odstupanje Source: Filip Janevski - MORFOLOŠKE KARAKTERISTIKE

The table compares height, weight, BMI, and body fat percentage of students with athletes in basketball, soccer, handball, and water polo. Students are generally shorter (180.5 cm) and lighter (75.2 kg) with higher body fat (14.8%) than athletes, despite similar BMI values around 23-24.

Usporedba sa sportašima

{ "headers": [ "Karakteristika", "Studenti", "Košarka", "Nogomet", "Rukomet", "Vaterpolo" ], "rows": [ [ "Visina (cm)", "180.5", "195.2", "178.3", "188.7", "190.1" ], [ "Težina (kg)", "75.2", "90.5", "73.1", "85.4", "88.2" ], [ "BMI", "23.1", "23.7", "23.0", "24.0", "24.4" ], [ "% masnog tkiva", "14.8", "9.5", "11.2", "10.8", "8.9" ] ] }

Source: Filip Janevski, Seminarski rad

Students' body dimensions closely match the group average, showing the strongest similarities to endurance athletes like runners and swimmers, but lower muscle mass than power athletes such as sprinters and throwers. Implications include tailored training for these traits, with recommendations for longitudinal monitoring of changes in students.

Rasprava

• Studenți visoko slični grupnom prosjeku u tjelesnim dimenzijama.
• Najveće podudaranja s endurance sportašima (trkači, plivači).
• Niža mišićna masa usporedno s power sportašima (sprinteri, bacatelji).
• Implikacije: prilagođeni trening za specifične osobine.
• Preporuke: longitudinalno praćenje promjena u studentima.

Source: Seminarski rad: Morfološke karakteristike

The conclusion slide summarizes key findings: students are close to the group average, with variations by sports. It recommends further research on morphological changes during studies and thanks the audience for their attention.

Zaključak

**Sažeti nalazi:

• Studenti blizu grupnog prosjeka
• Varijacije prema sportovima

Preporuke: Daljnja istraživanja morfoloških promjena tijekom studija.**

Hvala na pažnji!

Source: Filip Janevski - MORFOLOŠKE KARAKTERISTIKE

This slide, titled "Literatura," presents a bibliography of five key references on kinesiology and sports science. The sources cover anthropometry, somatotyping, growth and maturation, elite athlete morphology, and anthropometric profiles in sports.

Literatura

• Findak, V. (2010). Kineziološka antropometrija.
• Carter, J.E.L., & Heath, B.H. (1990). Somatotyping: Development and applications.
• Malina, R.M. et al. (2017). Growth, maturation and physical activity.
• Ostojić, S.M. (2009). Morphological characteristics of elite athletes.
• Hebbelinck, M. (1992). Anthropometric profiles in sports.