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Design+ Climate-adaptive clothing design

processes. Prioritizing sustainability not only mitigates 5. Climate-adaptive clothing system:
the environmental impact of climate change but Enhancing resilience in a changing climate
also contributes to broader efforts in environmental
conservation and social responsibility. Thermal regulation Climate change presents unprecedented challenges to
is a fundamental aspect of climate-adaptive clothing human health, necessitating innovative solutions to
systems, essential for ensuring the comfort, safety, and mitigate its adverse effects. Among these solutions, climate-
well-being of the wearer under varying environmental adaptive clothing systems have emerged as a promising
avenue for enhancing resilience and well-being in the face
conditions. By integrating thermoregulatory fabrics, 29
ventilation systems, adaptive design features, and of increasingly variable environmental conditions. These
systems represent a proactive approach to addressing the
sustainable practices, these innovative garments empower specific challenges posed by climate change, equipping
individuals to adapt and thrive in a changing climate. individuals with tools to adapt and thrive in a dynamic
Understanding the principles of thermal regulation is climate. By integrating advanced textiles, functional design
essential for designers, policymakers, and consumers features, and sustainable manufacturing practices, climate-
alike, as they collaborate to promote resilience and adaptive clothing systems offer a comprehensive solution
sustainability in the face of climate change. for mitigating the impact of climate change on human

Clothing insulation is another key factor in enhancing health.
thermal comfort, as it helps retain body heat and serves One of the central components of climate-adaptive
as a barrier against cold weather. Insulating fabrics, such clothing systems is the use of thermoregulatory fabrics,
as down, wool, and synthetic fibers, are designed to which are engineered to optimize thermal comfort by
balance warmth and breathability, allowing perspiration balancing heat retention and dissipation according to the
to escape when minimizing heat loss (Table 2). This prevailing environmental conditions. In colder climates,
balance is crucial for maintaining comfortable during thermoregulatory fabrics provide enhanced insulation to
various activities, from sports to everyday exposure to retain body heat, whereas in hot and humid environments,
cold weather. they incorporate moisture-wicking properties that facilitate

Table 2. Clothing insulation types and their characteristics 26‑28

Insulation Type Description Warmth factor (Rating) Weight Water resistance Breathability Common uses
Down Natural insulation from duck High Light Low Moderate Jackets, vests
or goose feathers.
Synthetic down Man-made fibers mimicking High Light Moderate High Jackets, sleeping
down’s properties. bags
Polyester fiber Common synthetic Moderate Medium Moderate High Jackets, fleece, base
insulation, affordable and layers
versatile.
Wool Natural fiber that retains heat Moderate to high Medium Moderate Low Sweaters, socks,
even when wet. base layers
Fleece Soft, lightweight synthetic Moderate Light Low High Jackets, blankets,
fabric with good warmth. base layers
Thinsulate Thin synthetic insulation, Moderate to high Light Moderate Moderate Jackets, gloves,
good warmth-to-weight ratio. footwear
PrimaLoft High-performance synthetic High Light High Moderate Jackets, sleeping
insulation, water-resistant. bags
Sherpa Fleece-like fabric with a fluffy Moderate Medium Low Low Linings, outerwear
texture.
Batting Cotton or polyester used in Moderate Medium Moderate Low Quilted jackets,
quilted clothing. blankets
Hemp Natural fiber with some Low to moderate Medium Moderate High Casual wear,
insulating properties. eco-friendly items
Aerogel Lightweight and extremely Very high Light Low Low Technical
insulating material. outerwear, space
suits

Volume 2 Issue 2 (2025) 7 doi: 10.36922/dp.8589