INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR
RESEARCH & DEVELOPMENT
SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805
eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 05 (2025)
220
TECHNIQUES FOR SELECTING AND QUALIFYING YOUNG RUNNERS
Allanazarov Miralim Yesbergenovich
Master of Science, Asian International University
Abstract:
This article explores modern and evidence-based techniques for selecting and
qualifying young runners in competitive and developmental sports programs. It emphasizes the
importance of identifying talent not solely through physical performance but through a
comprehensive evaluation of physiological, psychological, and developmental factors. The need
for a structured, inclusive, and technologically supported selection system is discussed, along with
recommendations for improving current practices and aligning them with long-term athlete
development models.
Keywords:
talent identification, young athletes, running, selection process, sports development,
physiological assessment, psychological screening
The identification and nurturing of young athletic talent is a fundamental cornerstone in the
development of successful sports programs. In track and field, and especially in running events,
early detection of potential is crucial to ensure that young athletes are provided with the
appropriate guidance, training environment, and support to reach elite performance levels.
However, traditional methods of selecting runners, which often rely on basic physical trials or
limited competition results, do not always capture the full scope of a young athlete’s potential.
This limitation calls for a more holistic and methodologically sound approach to selecting and
qualifying young runners. Effective selection techniques begin with a fundamental understanding
of the diverse variables that contribute to success in running disciplines. These include aerobic
capacity, anaerobic power, neuromuscular coordination, skeletal maturity, and even genetic
predispositions. In many cases, talented children may not yet display elite-level performance due
to developmental stages, lack of exposure, or environmental constraints. As such, an ideal
selection program should include physical performance testing, developmental screening, and
psychological profiling to account for future potential rather than current ability alone.
An effective selection system begins with establishing clear criteria that reflect both immediate
performance and long-term potential. While speed and endurance tests provide measurable data,
relying solely on these can lead to overlooking runners with high growth potential who may not
yet demonstrate peak abilities. Therefore, it is essential to balance current performance outcomes
with predictive indicators of athletic development. One widely accepted approach is
multi-stage
selection
. In this method, initial screening involves simple, inclusive testing—such as basic time
trials and physical fitness assessments—conducted across a broad population. Those who
demonstrate above-average results proceed to more detailed evaluations, including physiological
and psychological testing. This reduces the risk of excluding promising athletes prematurely and
ensures a more representative talent pool for further development. Another core component is
growth and maturation monitoring
. Since young athletes mature at different rates, periodic
evaluation of biological maturity using non-invasive tools (e.g., peak height velocity calculations
or maturity offset prediction) helps normalize performance results and prevents bias toward early
maturers. This method ensures fairness and provides coaches with a better understanding of an
athlete’s developmental trajectory.
Motor skill assessment
also plays a critical role. Running efficiency is not just about raw power
or endurance; biomechanics such as posture, stride length, and footstrike patterns impact
performance and injury risk. Using video analysis software or motion sensors, coaches can
identify technique flaws early and correct them before they become ingrained. Technical skill
INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR
RESEARCH & DEVELOPMENT
SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805
eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 05 (2025)
221
evaluation helps determine whether a runner is naturally efficient or requires focused
interventions.
Alongside physical testing,
cognitive and emotional profiling
enhances the depth of the
selection process. Attention span, decision-making ability, competitiveness, and stress tolerance
can all influence athletic performance, especially in high-pressure competitions. Psychometric
tests and structured interviews—conducted by sport psychologists—can gauge these attributes.
Athletes with high emotional intelligence and self-regulation often show better adaptability and
consistency under stress. To support psychological profiling, many systems now incorporate
coach observation metrics
, which include factors such as work ethic, leadership, responsiveness
to feedback, and cooperation within a team setting. These soft skills are often indicative of an
athlete’s coachability and potential for sustained development.
Data-driven athlete management systems
are revolutionizing how young athletes are qualified
and tracked. These platforms allow coaches to log and analyze an athlete’s performance metrics,
training loads, recovery data, and health indicators over time. By using algorithms or machine
learning models, the system can flag abnormal trends, such as plateauing performance or elevated
injury risk, enabling timely intervention. In addition,
sports-specific talent ID protocols
have
been developed by national athletics federations and research institutions. These protocols often
include a battery of validated tests—such as lactate threshold testing, VO2 max estimation, and
heart rate variability monitoring—which help tailor training loads and determine the most suitable
running discipline for each athlete. In the
qualification phase
, runners must also be assessed
through real competition environments. While training data offers insight into capacity,
competitive performance reveals how athletes cope with pressure, strategy, and pacing.
Observation during heats and simulated races helps refine event placement—for instance,
distinguishing between a short-distance sprinter and a mid-distance endurance runner.
Another valuable tool is
genetic testing
, though its use remains controversial. Certain genes (e.g.,
ACTN3) have been linked to sprinting or endurance potential, but the ethical and scientific
validity of using genetic data for youth sports selection is debated. Nonetheless, in controlled
research settings, genetic insights combined with phenotype data may offer additional layers of
understanding when used responsibly. The importance of
inclusive scouting practices
cannot be
overstated. Many talented children do not participate in formal athletic programs due to
socioeconomic or geographic barriers. Schools, local sports clubs, and community centers must be
empowered to conduct outreach, using simplified talent identification kits and support from
national federations. Some programs have succeeded by holding regional talent days or mobile
camps to reach rural populations. Furthermore,
continuous qualification
is preferable to single-
event selection. Children’s abilities and interests can change over time, so the selection process
should remain open and flexible. Athletes should have the chance to requalify at regular intervals
based on their growth, performance, and commitment. This approach not only maintains
motivation but also provides a safety net for late bloomers.
Coach education and mentorship programs
are equally vital. Even the most advanced selection
techniques can fail if applied inconsistently or without understanding. Training programs for
coaches should include instruction on adolescent physiology, psychological development, injury
prevention, and data interpretation. Experienced coaches should mentor younger ones to uphold
consistent and fair practices across all levels. Finally,
ethical considerations
must guide every
aspect of the process. Overemphasis on performance at a young age can lead to burnout, anxiety,
and dropout from sport. A balanced, athlete-centered philosophy that prioritizes development,
enjoyment, and long-term growth over short-term victories will ultimately produce not just
successful runners, but healthy, confident individuals.
INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR
RESEARCH & DEVELOPMENT
SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805
eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 05 (2025)
222
Physical assessments for young runners must be multifaceted. Standard tests like the 20-meter
shuttle run (beep test), vertical jump, 40-meter sprint, and timed distance runs (e.g., 800m or
1500m) provide objective data on aerobic endurance, speed, agility, and lower-div power.
However, these should be supplemented with assessments of biomechanics, such as gait analysis
and stride frequency, which offer insights into running efficiency and injury risk. Wearable
technology and motion sensors have made it increasingly feasible to collect such data with
accuracy even outside elite facilities. Beyond physical indicators, biological maturation should be
taken into account. Chronological age often differs significantly from biological or developmental
age, particularly in pre-adolescent and adolescent athletes. A 12-year-old boy may have the
physical development of a 10-year-old or a 14-year-old, affecting his performance during
selection trials. Ignoring this can lead to the exclusion of late bloomers who may surpass their
peers with time and proper training. Tools like the Tanner stage assessment or bone age
evaluation can help differentiate between early and late maturers, allowing for fairer and more
predictive selections.
Psychological readiness is another key dimension. Motivation, goal orientation, emotional
regulation, and resilience are all characteristics that determine how a young runner responds to
coaching, competition, and setbacks. Structured psychological inventories, behavioral
observations, and interviews can uncover athletes’ mental and emotional strengths, enabling
coaches to support and mentor runners more effectively. Athletes who demonstrate mental
toughness and intrinsic motivation may thrive even if they are initially outperformed by more
physically advanced peers. Social and environmental factors also influence a young runner’s
performance and long-term commitment. Parental support, access to quality coaching, nutritional
status, and even school demands can affect an athlete’s development. During the qualification
phase, these variables should be considered to ensure that selected athletes are not only talented
but also in an environment that supports their progression. Collaborative efforts involving parents,
schools, and sports organizations can address these variables constructively. Once runners are
selected, the qualification process begins, which entails continuous assessment and categorization.
This phase requires a dynamic approach, where performance monitoring and athlete tracking are
used to update training plans and placement decisions. Modern athlete management systems can
store and analyze data over time, creating profiles that highlight progress, adaptation rates, and
potential red flags such as overtraining or stagnation. Coaches can then make evidence-based
decisions on which runners are best suited for short, middle, or long-distance events.
Specialized qualification also involves event-specific training exposure. For example, some
runners may excel in explosive sprints but struggle with endurance over longer distances. By
exposing young runners to different race types and analyzing physiological responses such as
heart rate variability, lactate threshold, and recovery time, coaches can determine optimal event
placement. This allows for more accurate specialization, reducing the chance of mismatching
athletes with events that do not align with their physiological profiles. Furthermore, selection and
qualification techniques should be inclusive, ensuring opportunities for rural and underrepresented
populations. Talent is not exclusive to urban centers or well-funded institutions. Outreach
programs, mobile scouting units, and community partnerships can expand the talent pool and
uncover hidden potential in overlooked areas. Standardized selection criteria and transparent
evaluation processes help maintain fairness and credibility in identifying talent across diverse
backgrounds. Education and training for coaches are essential in refining selection and
qualification systems. Coaches need to be well-versed not only in athletic training principles but
also in talent identification strategies, child development, and psychological support. Certification
programs, workshops, and collaboration with sports scientists enhance coaches' ability to make
informed judgments and provide individualized development pathways for each young runner.
INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR
RESEARCH & DEVELOPMENT
SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805
eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 05 (2025)
223
Long-term success in distance running depends not only on early identification but on sustained
development. The Long-Term Athlete Development (LTAD) model emphasizes a progressive,
stage-based framework that supports athletes from foundational stages to elite performance.
Selection and qualification strategies must align with this model, ensuring that early training
focuses on skill development, general fitness, and enjoyment, rather than early specialization or
excessive competition.
Conclusion
It is equally important to re-evaluate and update selection practices regularly. As sports science
evolves and new technologies become available, methodologies must adapt. Feedback from
athletes, parents, and coaches should be integrated to refine the system and eliminate biases. Pilot
programs and case studies can help validate new approaches before broader implementation. In
conclusion, techniques for selecting and qualifying young runners must move beyond simplistic
and short-term metrics. A comprehensive approach that includes physical assessments,
psychological evaluations, environmental considerations, and technological tools provides a more
accurate and ethical method for talent identification. When selection systems are inclusive,
developmental, and based on scientific principles, they not only produce better athletes but also
contribute to the long-term health and engagement of youth in sport. Developing young runners
into successful athletes requires patience, planning, and a commitment to seeing potential where
others may see only performance.
References
1.Husniddin, I. (2025). GENERAL CHARACTERISTICS OF ATHLETICS EXERCISES.
JOURNAL OF PEDAGOGICAL RESEARCH, 3(1), 735-739.
2.Husniddin, I. (2025). METHODOLOGY OF TEACHING ATHLETICS EXERCISES.
JOURNAL OF PEDAGOGICAL RESEARCH, 3(1), 760-767.
3.Husniddin, I. (2025). METHODOLOGY OF ATHLETICS. JOURNAL OF PEDAGOGICAL
RESEARCH, 3(1), 755-759.
4.Husniddin, I. (2025). IMPROVING PSYCHOLOGICAL PREPARATION OF ATHLETES
DURING COMPETITION. PEDAGOGICAL RESEARCH JOURNAL, 3(1), 740-744.
5. Sayfiyev, H., & Saidova, M. (2023). EFFECTS OF GYMNASTICS ON FUNDAMENTAL
MOTOR SKILLS (FMS). POSTURAL (BALANCE) CONTROL, AND SELF-PERCEPTION
DURING gymnastics. International scientificeducational electronic magazine" OBRAZOVANIE
I NAUKA, 21.
6. Ayubovna, S. M. (2024). Types of gymnastics-development of learning.". Republican
Scientific and Practical Conference "INNOVATIVE TECHNOLOGIES, ACTUAL PROBLEMS
IN THE DEVELOPMENT OF SCIENCE AND EDUCATION IN THE 21ST CENTURY", 2(1),
100-107.
7.Khayrullayevich, S. H. (2023). Norms of gymnasiums and activities of gymnasiums.
TECHNICAL SCIENCE RESEARCH IN UZBEKISTAN, 1(5), 428-434.
8.Khayrullayevich, S. H. (2023). PROPERTIES OF AEROBIC GYMNASTICS. TECHNICAL
SCIENCE RESEARCH IN UZBEKISTAN, 1(5), 442-448.
