Fact-checked by Grok 2 weeks ago

Teal

Teal is a dark greenish-blue color. The name derives from the Eurasian teal (Anas crecca), a small dabbling duck whose eye patch and wing speculum display iridescent feathers in a comparable hue. In digital representations, teal is commonly assigned the hexadecimal code #008080. This versatile shade evokes calmness due to its combination of blue's stability and green's renewal, finding applications in design, fashion, and national symbols such as the flag of Sri Lanka. Teal ducks themselves, belonging to the genus Anas, are widespread small freshwater birds known for their rapid flight and gregarious flocks outside breeding season.

Definition and Etymology

Core Definition

Teal is a medium-dark shade of cyan, characterized as a blue-green hue in the visible spectrum. In digital color systems, it is commonly represented by the hexadecimal code #008080, equivalent to RGB values (0, 128, 128), where red is absent and green and blue components are equal at approximately 50% intensity. This formulation yields a hue angle of 180° in the HSL color space, positioning teal precisely midway between primary blue and green on the additive color wheel. The spectral characteristics of teal approximate those of cyan, with a dominant wavelength in the range of 490-520 nanometers, corresponding to the cyan portion of the visible spectrum between blue (450-495 nm) and green (520-565 nm). In empirical color matching systems, such as Pantone, teal is standardized as shades like 17-4919 TCX, which emphasize a balanced blue-green without significant red or yellow undertones. Teal differs from turquoise, which is brighter and more blue-dominant (e.g., hex #40E0D0 with higher lightness), and from sea green, which incorporates a yellower or more olive tint (e.g., hex #2E8B57). These distinctions are verifiable through chromaticity coordinates in systems like CIE 1931, where teal's coordinates cluster near equal blue-green stimulation, avoiding the higher purity of turquoise or the green-yellow shift in sea green.

Etymological Origins

The term "teal" originally referred to a small species of freshwater duck, the Eurasian teal (Anas crecca), with the word entering Middle English as "tele" around 1300, likely derived from an unrecorded Old English *tǣle or a West Germanic root akin to Middle Dutch teling. Male Eurasian teals exhibit an iridescent greenish-blue patch on their wings and a green eye stripe, features that inspired the later color designation. The bird name predates any color usage by centuries, with no verified etymological link to Old French "tel" or "taille" for dyes or fabrics in primary linguistic sources. As a color name, "teal" denoting a blue-green hue first appeared in English in 1917, directly referencing the duck's plumage rather than independent textile or dye traditions. This usage gained traction by 1923 in American clothing advertisements describing fabrics matching the bird's wing and eye colors. Earlier 19th-century records of similar shades in paints or dyes do not employ "teal" specifically, confirming the avian origin as the primary linguistic pathway without conflation to pre-20th-century industrial contexts.

Physical and Scientific Properties

Spectral and Optical Characteristics

Teal materials reflect light predominantly in the blue-green region of the visible spectrum, with peak reflectance around 500 nanometers, corresponding to the dominant wavelength for cyan-like hues that encompass teal. Spectrophotometric analysis reveals that such reflection results from selective absorption of longer wavelengths, particularly in the yellow-to-red range (approximately 570-700 nanometers), minimizing transmission of warmer tones while enhancing the perceived cool, cyanic quality. Unlike primary spectral colors, teal does not correspond to a single natural pigment but emerges from subtractive color mixing, where blue pigments (e.g., those derived from cobalt aluminate) and green pigments (e.g., copper-based compounds like Paris green or phthalocyanine derivatives) combine to filter incident light, attenuating complementary wavelengths and yielding the characteristic hue. This process aligns with subtractive models, where overlapping absorption spectra reduce overall light intensity and shift the resultant spectrum toward blue-green dominance. Optical properties such as opacity and saturation depend on the medium and formulation; pure, high-purity teal exhibits strong chroma due to narrow-band reflectance, but admixtures with white or black diluents decrease saturation, as quantified in standards like the CIE 1931 color space, where teal occupies the cyan locus with moderate luminance (Y ≈ 0.5 for mid-tone variants) and chromaticity coordinates enabling high perceptual uniformity in tristimulus values.

Representations in Pigments and Digital Media

In digital media, teal is standardized in the sRGB color space primarily by the hexadecimal code #008080, equivalent to RGB values (0, 128, 128), which renders a balanced cyan hue at 50% brightness for green and blue channels with no red component. This encoding ensures reproducibility in web and graphical applications adhering to web-safe palettes, though variants like #00FF7F—shifting toward a brighter, more verdant spring teal—appear in extended palettes for enhanced vibrancy in UI design. For pigment-based printing in the CMYK model, teal approximations target 100% cyan, 0% magenta, 0% yellow, and 50% black to closely mimic the digital #008080 on offset presses, accounting for ink absorption and substrate effects that dull pure cyan. Pantone provides proprietary matches for consistency across industries, such as 17-5024 TCX (Teal Blue) for textiles and packaging, which aligns with CMYK builds yielding a deeper, more saturated tone suitable for physical reproduction. Reproducing teal faithfully across pigments and digital systems faces challenges from device-specific color gamuts and calibration variances; for instance, consumer LCD screens often exhibit 5-10% deviations in cyan reproduction due to backlight inconsistencies and unprofiled color spaces, as measured in comparative display tests. Empirical evaluations of sRGB versus CMYK conversions for teal hues reveal perceptual shifts in saturation and hue angle, exacerbated by monitor phosphors favoring warmer tones, necessitating ICC profiles for cross-media workflows to minimize delta E errors exceeding 3 units.

Color Variations and Shades

Teal Blue

Teal blue represents a variant of the teal color family with a pronounced blue dominance, typically exhibiting a hue angle between 180° and 200° in the HSL color model, which shifts it toward cyan-blue tones rather than balanced cyan-green. This positioning results in a visual appearance more akin to deep cyan with subdued green undertones, as seen in the common hexadecimal representation #367588, corresponding to RGB values (54, 117, 136), HSL (194°, 43% saturation, 37% lightness), and CMYK (60%, 14%, 0%, 47%). In contrast to standard teal (#008080 at exactly 180° hue with equal red-zeroed blue and green components), teal blue's higher hue value reduces relative green influence, yielding a delta E color difference of approximately 40-50 units from pure teal under CIEDE2000 metrics, far exceeding the human-perceptible threshold of 1-2 units for noticeable distinction. This shade's depth and cool tonality make it suitable for applications evoking marine or atmospheric expanses, where its muted saturation provides a sense of receding distance without overwhelming vibrancy. In digital and print design, teal blue is employed in palettes for coastal or oceanic themes, pairing effectively with neutrals to simulate water depths or sky gradients, as its lower lightness (around 37%) enhances perceived stability compared to brighter cyans. Historical pigment approximations, such as cobalt teal formulations from the early 20th century, align closely with this profile, though modern usage prioritizes its role in creating serene, professional aesthetics in branding and interfaces rather than exact historical matches. Differentiated from greener teals by quantifiable spectral shifts—verifiable via tools like spectrophotometry showing peak reflectance skewed toward 450-480 nm wavelengths—teal blue avoids the yellowish undertones of variants below 180° hue, ensuring precision in color-critical fields like environmental simulation.

Teal Green

Teal green denotes a variant of the teal color family leaning toward greater green saturation, typically featuring hue angles in the HSL model between approximately 160° and 180°, which shifts the visual balance away from cyan dominance toward emerald-like tones. For instance, the hex code #006D5B represents a common approximation, with RGB values of (0, 109, 91) yielding a hue of 170.1°, full saturation, and low lightness of 21.4%, producing a deep, foliage-evoking shade. This contrasts with standard teal (#008080 at 180° hue), emphasizing green over blue components for a more verdant appearance akin to aged copper patinas. Historically, teal green shades approximate the appearance of verdigris, a copper acetate pigment formed through the oxidation of copper plates in acetic environments, which yielded vibrant greens used in European art from the Middle Ages through the 19th century. Verdigris, with its crystalline blue-green to pure green hues depending on preparation—such as stacking copper in vinegar-fermented cellars—provided one of the few stable bright greens available before synthetic alternatives, influencing Renaissance paintings and early industrial applications. Spectral distinctions from bluer teals arise from elevated reflectance in the 550-600 nm range (yellow-green wavelengths), enhancing perceived green intensity over blue-violet undertones. In modern design, teal green supports environmental applications by mimicking natural vegetation for camouflage in military and wildlife contexts, where its mid-tone green aids blending with leaf litter and undergrowth. For eco-branding, it conveys renewal and tranquility, as seen in palettes promoting sustainability without overt greenwashing, combining green's growth symbolism with subtle blue calm to foster trust in environmental claims. This usage aligns with color psychology associating such shades with optimism and nature connection, though authenticity requires substantive practices beyond visual cues. Turquoise (#40E0D0; RGB 64, 224, 208), a lighter and more saturated adjacent shade, positions closer to cyan with a hue angle of approximately 174 degrees, emphasizing brighter green-blue vibrancy compared to teal's balanced mid-tone. Deep sea green (#014421; RGB 1, 68, 33), conversely, shifts toward darker verdancy with a hue around 148 degrees, featuring dominant green components and reduced lightness, often evoking forested depths rather than aquatic teal. Teal bridges these via its intermediate cyan dominance at 180 degrees hue, where equal blue and green intensities (#008080; RGB 0, 128, 128) create perceptual overlap in digital and pigment applications. In linguistic color classifications, such as Berlin and Kay's evolutionary model, these blue-greens frequently fall under a single "grue" (green-blue) basic term across languages, with cyan-like intermediates like teal lacking dedicated categorical status due to inconsistent focal points in Munsell arrays. Pigment-wise, teal achieves its hue through mixtures of copper phthalocyanine blue (PB15) and green (PG7), without a proprietary standalone pigment, distinguishing it from specialized turquoise options like cobalt aluminate (PG50).
ShadeHex CodeRGB ValuesApprox. Hue AnglePigment Basis Example
Turquoise#40E0D064, 224, 208174°Phthalo turquoise (PB16) or cobalt turquoise (PG50)
Deep Sea Green#0144211, 68, 33148°Phthalo green mixes
Cyan#00FFFF0, 255, 255180°Process cyan (printing)
Dye and pigment tests reveal empirical overlaps, as formulations for teal, turquoise, and sea green analogs yield comparable UV stability, with lightfastness ratings of ASTM I (excellent) and minimal differential fading in accelerated exposure, often scoring 7-8 on the Blue Wool Scale for phthalocyanine-based variants.

Historical Development

Early References and Naming

The blue-green hue characteristic of teal was approximated in 14th-century European textiles through overdyeing with woad (Isatis tinctoria), providing indigo-derived blues, and weld (Reseda luteola), yielding bright yellows, as evidenced in medieval dyeing treatises and trade records documenting such combinations for varied greens and blue-greens used in woolen fabrics. These methods, reliant on natural plant extracts fermented in vats, produced inconsistent shades due to variable mordants like alum, but enabled early commercial production for garments and tapestries, with woad cultivation centered in regions like Saxony and Thuringia. The development of Prussian blue, the first synthetic pigment discovered in 1704 by Johann Jacob Diesbach through an accidental reaction of ferrous sulfate, potash, and animal blood, revolutionized blue dye stability and affordability, surpassing woad's limitations in fastness and intensity. When blended with yellow pigments or dyes post-Industrial Revolution, it allowed for more reproducible teal-like tones in textiles and paints, facilitating wider application in 18th- and 19th-century manufacturing despite initial guild restrictions on its chemical origins. Standardization of "teal" as a named color occurred in the early 20th century, with the first recorded English usage in 1917, referencing samples akin to the Eurasian teal duck's plumage. This formalization advanced in 1930 with Aloys John Maerz and Morris Rea Paul's A Dictionary of Color, which cataloged teal variants via 56 color plates and systematic nomenclature, aiding industrial and artistic consistency amid rising synthetic dye adoption.

Evolution in Art and Industry

In the late 19th century, Impressionist painters began employing mixtures of cobalt blue and viridian green pigments to render teal-like blue-green tones, particularly in depictions of water and atmospheric effects. Claude Monet, for instance, utilized these pigments extensively in his Water Lilies series (1896–1926), where scientific analysis of the canvases reveals layered applications of cobalt blue (introduced commercially around 1806) and viridian (developed in the 1830s) to capture the shifting refractions of light on pond surfaces, creating optical blends approximating modern teal hues. This approach marked a departure from earlier monochromatic blues, enabling more naturalistic representations grounded in direct observation rather than idealized forms. The 20th century saw teal's industrial scalability through synthetic pigments, notably copper phthalocyanine blues and greens patented in 1935, which provided stable, vibrant blue-green shades resistant to fading—advances building on 19th-century aniline dye foundations from 1856 onward. These enabled mass production for commercial applications, including automotive finishes; by the 1950s, Ford and other manufacturers offered teal-adjacent turquoise and green metallic paints, such as Ford's "teal green" variants on models like the 1950 Crestliner, reflecting postwar demand for bold, modern aesthetics amid rising consumer affluence. This era's chemical innovations democratized teal beyond artisanal mixing, with annual U.S. automotive paint production incorporating such hues exceeding millions of vehicles by decade's end. Post-1990s, teal transitioned into digital standardization as web-safe color #008080 (RGB 0,128,128), codified in mid-1990s browser palettes to ensure consistent rendering on 256-color displays limited by early internet hardware. This hex value, evoking the pigment's aquatic origins, became prevalent in user interface design for its high contrast and calming associations, appearing in early CSS specifications and sites like those from Netscape (1994 onward), thus embedding teal in the causal chain of screen-based media evolution.

Natural Occurrences

In Fauna

The Eurasian teal (Anas crecca), a small dabbling duck, displays teal coloration primarily in the iridescent speculum feathers of its wings, which exhibit greenish-blue hues resulting from structural coloration. This effect arises from light interference with nanoscale structures in the feather barbules, including stacks of melanosomes that selectively reflect shorter wavelengths. The speculum's iridescence appears blackish-green with white borders, contributing to the species' naming of the teal shade. In male Eurasian teals, this structural coloration correlates with body condition and is used in visual signaling during courtship displays and wing flashing, enhancing mate attraction and indicating health via reflectance intensity. Field studies demonstrate that brighter iridescence predicts larger body size in females and overall fitness in males, supporting sexual selection as an evolutionary driver. Similar teal-like hues occur in related species, such as the green-winged teal (Anas carolinensis), where the speculum shows iridescent green, aiding species recognition in wetland environments. Beyond birds, certain fish exhibit teal reflections through guanine crystals in iridophore cells of their scales, forming multilayer reflectors that produce interference colors in blue-green spectra. These adaptations match aquatic light environments for camouflage against predators, as the crystals' platelet arrangement optimizes reflectance of environmental wavelengths. In some scarab beetles, chitin layers create metallic blue-green sheens analogous to teal, potentially serving in mate signaling or aposematism, though less commonly documented for exact teal matches.

In Flora and Geology

Teal hues are uncommon in flora, with no widespread occurrence of true teal pigmentation in higher plants; approximations appear in certain algal blooms dominated by cyanobacteria, which derive their blue-green coloration from phycocyanin, a phycobiliprotein pigment that absorbs red light and reflects shorter wavelengths. These blooms, often termed blue-green algae despite being bacterial, can exhibit teal-like tones under specific light and nutrient conditions, such as phosphorus enrichment in warm waters, though the color typically leans toward cyan or greenish-blue rather than pure teal. In geology, teal tones arise primarily from copper-bearing secondary minerals formed through oxidation and hydration processes in arid or weathered environments. Turquoise, a hydrous copper aluminum phosphate with the formula CuAl₆(PO₄)₄(OH)₈·4H₂O, displays blue-green shades, including teal variants, due to copper ions substituting in the crystal lattice and interacting with phosphate groups, often influenced by trace iron or zinc content. This mineral occurs as veins or nodules in fractured volcanic or sedimentary host rocks, such as rhyolite or phosphorite, where groundwater facilitates the precipitation from primary copper ores like chalcopyrite. Teal patinas also develop naturally on exposed copper deposits via atmospheric oxidation, yielding verdigris-like compounds such as basic copper acetates or carbonates (e.g., Cu₂(OH)₂CO₃ in malachite-azurite mixtures), where acetic acid from organic decay or moisture reacts with copper to produce stable blue-green films. These hues, transitional between azurite's deep blue (Cu₃(CO₃)₂(OH)₂) and malachite's vibrant green, characterize supergene enrichment zones in porphyry copper systems, verifiable in mineralogical analyses of deposits like those in the American Southwest. No single dominant gemstone embodies pure teal, but inclusions or matrix variations in turquoise often yield the color through polysynthetic twinning or dehydration effects.

Human Applications and Symbolism

Uses in Design, Fashion, and Branding

Teal emerged as a prominent color in fashion during the 1990s and early 2000s, frequently featured in apparel such as sportswear, casual outfits, and accessories for its ability to pair effectively with neutrals and bold accents, contributing to its widespread adoption in consumer products like school supplies and team uniforms. This period saw teal integrated into mass-market clothing lines, reflecting broader jewel-tone trends that emphasized vibrancy and accessibility in everyday wear. In interior design, teal serves functional roles by providing visual balance in spaces, particularly as accents in mid-century modern aesthetics where it contrasts with wooden elements and muted palettes to enhance depth without overwhelming the environment. Designers often apply teal in upholstery, wall treatments, or fixtures to promote spatial harmony, leveraging its mid-tone saturation for layered compositions that align with the era's emphasis on organic forms and practical elegance. For branding, teal appears in corporate identities within technology and wellness industries to support user interfaces and logos, where its balanced hue facilitates readability and adaptability across digital mediums. Analyses of color application indicate teal's utility in these contexts stems from its compatibility with high-contrast elements, aiding brand consistency in variable lighting conditions. In sustainable fashion segments of the 2020s, teal has been produced using natural dyes from plant sources like indigo and copper mordants, enabling low-impact coloration in organic fabrics as part of broader shifts toward eco-compatible textile processes.

Cultural Symbolism and Psychological Associations

In Western contexts, teal is frequently linked to notions of sophistication and emotional equilibrium, attributes popularized in contemporary design and marketing rather than rooted in ancient precedents. These associations arise from its position between blue's stability and green's renewal, yet empirical cross-cultural surveys indicate such meanings vary widely and lack universality, often reflecting cultural conditioning over inherent qualities. Among Native American groups, particularly in Southwestern tribes like the Navajo and Zuni, blue-green hues resembling teal—embodied in turquoise stone—carry ethnographic significance as symbols of healing, protection, and spiritual harmony, used in ceremonies to invoke rain, ward off harm, and connect the earthly with the divine. Records from anthropological studies document turquoise's role in rituals for renewal after drought, where its color evokes sky and water as life-sustaining forces, though interpretations differ across tribes and are tied to material properties rather than abstract symbolism alone. Psychological research on teal's purported tranquilizing effects reveals inconsistent outcomes; trials in the 2010s exploring color therapy for stress reduction found short-term relaxation in some participants exposed to blue-greens, but results were confounded by environmental variables like lighting and expectation bias, undermining claims of intrinsic calming power. Broader reviews of color-emotion linkages emphasize contextual dependencies, with no robust evidence isolating teal from surrounding influences or individual differences in perception. In Ayurvedic frameworks, blue-green tones align with water-related doshas such as kapha, potentially signaling imbalances when dominant, as colors are viewed through physiological lenses tied to elemental causes like excess moisture or environmental exposure rather than standalone symbolic virtues. This causal orientation prioritizes therapeutic adjustments—e.g., via diet or herbs—over mystical attributions, contrasting with unsubstantiated Western tropes of universal serenity. In September 2024, trend forecasting firm WGSN and color authority Coloro designated "Transformative Teal"—a deep blend of blue and aquatic green (Pantone-equivalent 092-37-14)—as the Color of the Year for 2026, emphasizing its representation of nature's diversity, ecological mindfulness, and adaptive change amid environmental challenges. This selection aligns with post-2020 sustainability drives in design and fashion, where teal variants evoke water conservation and oceanic resilience, appearing in autumn/winter 2026/27 collections to symbolize "Earth-first" priorities without relying on overused greens. Interior experts have similarly forecasted teal's rise in 2025 palettes for residential spaces, citing its calming yet versatile properties for creating balanced, restorative environments responsive to heightened global awareness of climate issues. Fashion applications have incorporated aquatic teals in sustainable materials, such as recycled ocean plastics and bio-fabrics, with 2024-2025 runway shows from brands like those previewed in WGSN reports featuring teal accents to highlight water-inspired themes and circular economy principles. Market analyses indicate a 15-20% uptick in teal-inclusive color schemes across branding and product design from 2023 to 2025, driven by consumer demand for hues connoting emotional stability and environmental harmony, as tracked in logo and packaging trend data. However, some industry observers, including pigment chemists, note that synthetic teal formulations (e.g., copper phthalocyanine blends) exhibit high lightfastness ratings (ASTM Blue Wool Scale 7-8), countering concerns over fad-driven adoption by affirming their durability in long-term applications like textiles and paints. In digital interfaces, teal has gained traction in UI/UX palettes post-2020 for its utility in meeting Web Content Accessibility Guidelines (WCAG) 2.1 contrast requirements, particularly in combinations yielding 4.5:1 ratios for text over backgrounds, aiding differentiation for users with deuteranomaly (red-green color blindness) where teal's blue dominance provides clearer separation from reds and oranges. Usage in accessible web design rose alongside WCAG adoption mandates in the European Accessibility Act (effective 2025), with teal employed in health and tech apps for its perceptual neutrality, though improper pairings (e.g., low-contrast teal-on-white) remain a compliance pitfall.

Perceptual Debates and Classifications

Blue-Green Classification Disputes

The classification of teal as either a blue or green hue remains contested in color theory and public perception, with empirical surveys revealing significant division. A 2016 survey by the UK eyecare firm Optical Express presented over 1,000 respondents with a teal swatch, yielding 64% identifying it as green and 32% as blue, highlighting the lack of categorical consensus in Western contexts. This split aligns with ongoing debates in pigment and light mixing, where teal emerges from combining blue and green components in subtractive systems like paints, often biasing toward green dominance due to the spectral overlap in cyan wavelengths around 490-500 nm. Linguistic evidence further complicates binary groupings, as many languages lack a strict blue-green distinction, subsuming teal-like intermediates under broader terms. In Japanese, the term ao (青) historically encompasses both blue and green shades, including those matching modern teal, without separate lexical categories until the adoption of midori for green in the Heian period (794-1185 CE); even today, ao describes certain greens, challenging the universality of Western color binaries. Similar patterns appear in other languages at earlier stages of color term evolution, per the Berlin-Kay hypothesis, which posits that basic color terms develop sequentially across cultures, with blue and green emerging later than red or black-white, but derived hues like teal absent from the 11 universal basics due to their reliance on mixing rather than focal perceptual prototypes. From a scientific standpoint, teals absence as a "basic" color stems from evolutionary and physiological factors: human cone cells respond to broad spectral bands without dedicated receptors for intermediate blue-greens, requiring synthetic pigments or dyes for reproduction, unlike primary hues evolved for environmental signaling. This synthesis dependency precludes consensus, as classifications hinge on arbitrary cultural or industrial conventions rather than innate perceptual foci, evidenced by cross-linguistic variability where teal aligns with green in pigment-heavy traditions but blue in additive digital models.

Variations in Human Perception

Perception of teal, a hue intermediate between blue and green, exhibits subjective variations influenced by environmental lighting conditions through phenomena such as metamerism and incomplete color constancy. Under daylight illuminants rich in shorter wavelengths, teal may appear more vividly blue-tinged, whereas under warmer or fluorescent sources with altered spectral power distributions, it shifts toward a greener appearance due to differential stimulation of cone photoreceptors. This metameric effect arises because teal stimuli can evoke equivalent tristimulus values across illuminants despite distinct spectral reflections, leading observers to report inconsistent hue matches in cross-illuminant comparisons. Biological factors further contribute to inter-individual differences in teal perception. In rare cases of functional tetrachromacy, primarily observed in females with heterozygous variants in opsin genes, an additional cone type enhances discrimination within the blue-green range, allowing finer distinctions that trichromats cannot achieve. Aging introduces systematic shifts via lens brunescence, where progressive yellowing absorbs blue light (shorter wavelengths around 450-480 nm), reducing the perceived blueness of teal and rendering it comparatively greener; this effect intensifies after age 60, correlating with elevated chromatic thresholds in clinical assessments. Experience-based perceptual training also modulates judgments, with empirical studies revealing reliable individual differences in hue categorization for ambiguous colors like teal, where experts demonstrate heightened sensitivity to subtle spectral variations compared to novices. These variations underscore that while physiological mechanisms provide a baseline, contextual and learned factors amplify the subjective range of teal's appearance across observers.

References

  1. [1]
    TEAL | definition in the Cambridge English Dictionary
    a dark greenish-blue color: The wallpaper comes in teal and chocolate. The shoes were in the same shade of teal as the bag she got last summer.<|separator|>
  2. [2]
    TEAL Definition & Meaning - Merriam-Webster
    1. teal blue 2. any of various widely distributed small short-necked dabblers (genus Anas) compare blue-winged teal, green-winged teal.
  3. [3]
    Everything about the color Teal - Canva
    Teal is a deep blue-green color, named for the colored area around the eye of the common teal bird. Its hex code is #008080.
  4. [4]
    Teal Duck Facts | Anas Crecca - RSPB
    Teals are small dabbling ducks. Males have chestnut coloured heads with broad green eye-patches, a spotted chest, grey lower sides and a black edged yellow ...
  5. [5]
    What Color is Teal? Meaning, Code & Combinations
    Aug 15, 2024 · Teal is a medium to dark greenish-blue color that evokes a sense of calm and sophistication. This versatile hue is named after the common teal ...
  6. [6]
    Teal Color Meaning, Psychology, And Influences - Octet Design Studio
    Aug 18, 2025 · Teal is a harmonious blend of blue and green, embodying tranquility and sophistication. This color evokes calmness and renewal.
  7. [7]
    21 Types of Teal Ducks (Waterfowl) - Avibirds.com
    Jul 8, 2024 · Teals are a group of small ducks belonging to the genus Anas of the family Anatidae. Birders can see teals on six major continents and islands.
  8. [8]
    Teal / #008080 Hex Color Code, RGB and Paints - Encycolorpedia
    The color teal with hexadecimal color code #008080 is a medium dark shade of cyan. In the RGB color model #008080 is composed of 0.0% red, 50.2% green and 50.2% ...
  9. [9]
    Teal information | Hsl | Rgb | Pantone - iColorpalette
    Teal Color | #008080 ; Hex : #008080 ; Rgb : rgb(0,128,128) ; Hsl : 180° , 100% , 25% ; RgbaColor : rgba(0,128,128,1.00) ; lab XyzColor : 11.615, 16.997, 23.091.
  10. [10]
    Cyan - Wikipedia
    It is evoked by light with a predominant wavelength between 500 and 520 nm, between the wavelengths of green and blue. Cyan.Shades of cyan · Cyan (disambiguation) · Teal · Turquoise (color)
  11. [11]
  12. [12]
    The Color Teal: Definition, Hex Code, History, Meaning, and Design ...
    Teal is a deep shade of blue-green. Because it sits right between blue and green on the color wheel, pure teal is neither a shade of green nor a shade of blue.Missing: wavelength | Show results with:wavelength
  13. [13]
    Differences between Turquoise, Teal and Aqua - This Bug's Life
    Jun 30, 2014 · Aqua, turquoise and teal can vary greatly in color and intensity because of the ratio of blue and green used to achieve the first color.
  14. [14]
    Teal - Etymology, Origin & Meaning
    "Teal" originates c.1300 from uncertain roots, possibly Old English or West Germanic *taili; meaning a small freshwater duck, linked to Middle Dutch teling.
  15. [15]
    Teal - Definition, Meaning & Synonyms - Vocabulary.com
    The origin of the word is unclear, but we know the bird came first and then the color—the green-blue teal was first used in print in a 1923 clothing ...Missing: etymology | Show results with:etymology
  16. [16]
    The Allure and Power of the Color Teal | Art & Object
    Jun 21, 2022 · The color teal was first mentioned in 1917, the name is believed to originate from the freshwater duck, the common or Eurasian Teal, which ...
  17. [17]
    colormaking attributes - handprint
    a spectral reflectance curve shows at each wavelength the light that is reflected (not absorbed) by a surface as a proportion of the light incident on the ...<|separator|>
  18. [18]
    What wavelength is the color teal? - Quora
    Jun 12, 2019 · Some colours can be seen when we see a single wavelength of radiation. However, seeing single wavelengths is really rare.Is the color teal, blue based or green based?How do you identify the wavelength and colors of a spectrum?More results from www.quora.com
  19. [19]
    additive & subtractive color mixing - Handprint
    Subtractive color mixtures can only be made lighter by diluting the amount of pigment in the mixture with white paint or water; either remedy weakens the color ...
  20. [20]
    Color Trend Alert Teal - Interior Designers Institute
    Teal is a medium to deep blue-green color. It is made by combining blue and green pigments into a white base.
  21. [21]
    [PDF] Color measurement – the CIE color space - Datacolor
    For each wavelength of the visible spectral range, the value of the color-matching function x is multiplied by the value of the spectral radiated power S of ...
  22. [22]
    Teal / #008080 hex color - ColorHexa
    #008080 Color Conversion. The hexadecimal color #008080 has RGB values of R:0, G:128, B:128 and CMYK values of C:1, M:0, Y:0, K:0.5. Its decimal value is 32896.
  23. [23]
    Teal - HTML Color Codes
    Teal is a dark blue-green color with the hex code #008080, which in the RGB color model can be made by turning the brightness of cyan down by half.
  24. [24]
    Shades of Teal Color Scheme - Palettes - SchemeColor.com
    Color name, hex codes, RGB, CMYK, RAL and Pantone values · Name: Teal · Hex: # 008080 · RGB: (0, 128, 128) · CMYK: (100, 0, 0, 50) · HSV: 180° 100% 50% · HSL: 180° ...
  25. [25]
    Teal RGB, CMYK, HEX Color Codes and Color Meaning - VistaCreate
    Rating 9/10 (172) Value. HEX, #008080. RGB, 0, 128, 128. CMYK, 1, 0, 0, 0.5. Application in design. The ideal mix of green and blue made teal an iconic and ever-popular color.
  26. [26]
  27. [27]
  28. [28]
    [PDF] Digital Color Reproduction - Stanford University
    In this section we review general principles of color image acquisition and how these principles are applied to the design of color cameras and scanners. We ...Missing: teal variance
  29. [29]
    Teal blue / #367588 Hex Color Code, RGB and Paints
    In the HSL color space #367588 has a hue of 194° (degrees), 43% saturation and 37% lightness.
  30. [30]
    #367588 Color Hex Teal Blue
    Cylindrical-coordinate representations (also known as HSL) of color #367588 hue: 0.54 , saturation: 0.43 and the lightness value of 367588 is 0.37.
  31. [31]
    Teal blue color (Hex 367588) - Converting Colors
    Hex 367588 color ; RGB Percent, 21%, 46%, 53% ; CMY, 0.7882, 0.5412, 0.4667 ; CMYK · 0.60, 0.14, 0.00, 0.47 ; HSL, 194°, 43%, 37%.<|separator|>
  32. [32]
    About Teal - Color meaning, codes, similar colors and paints
    Delta E is measured on a scale from 0 to 100, where 0 means exact match, and 100 is the highest difference. #008080 · Teal · #008080 · Blue Green.
  33. [33]
    Delta E 101
    Delta E is a metric for understanding how the human eye perceives color difference. The term delta comes from mathematics, meaning change in a variable or ...
  34. [34]
    What Color is Teal Blue? Meaning, Code & Combinations
    Aug 23, 2024 · Teal Blue is an excellent choice for creating a calming and sophisticated atmosphere. It is often used in interior design to bring a sense ...
  35. [35]
    The Best 15 Teal Blue Color Palette Combinations - Piktochart
    Oct 29, 2024 · The 'Deep Sea' color palette, with its rich and deep shades of blue and teal, creates a sophisticated and calming atmosphere, perfect for ...
  36. [36]
    The History of Cobalt Teal - Cass Art
    Cobalt teal continued to gain popularity in the early 20th century, particularly among the German Expressionist painters.Missing: blueprints | Show results with:blueprints
  37. [37]
    Medium teal blue / #0054b4 hex color - ColorHexa
    It has a hue angle of 212 degrees, a saturation of 100% and a lightness of 35.3%. #0054b4 color hex could be obtained by blending #00a8ff with #000069.
  38. [38]
    Teal green / #006d5b hex color - ColorHexa
    It has a hue angle of 170.1 degrees, a saturation of 100% and a lightness of 21.4%. #006d5b color hex could be obtained by blending #00dab6 with #000000.
  39. [39]
    #008080 Color Hex Teal
    #008080 color name is Teal color. #008080 hex color red value is 0, green value is 128 and the blue value of its RGB is 128. Cylindrical-coordinate ...
  40. [40]
    The Changing Nature of Verdigris - Copper Development Association
    Verdigris is a green compound that forms on copper as it weathers. It was used as a pigment from the Middle Ages until the 19th century.
  41. [41]
  42. [42]
    Teal Green color hex code is #098577
    The CMYK color codes, used in printers, are C:93 M:0 Y:11 K:48. In the HSV/HSB scale, Teal Green has a hue of 173°, 93% saturation and a brightness value of 52% ...<|separator|>
  43. [43]
    What Color is Teal Green? HEX Code, Meaning & UI Designs
    Teal Green, with its hex code #006D5B, represents tranquility and renewal. It combines the calming properties of blue with the optimistic qualities of green, ...
  44. [44]
    The meaning behind the color Teal Green - Wix.com
    Teal green is defined by the hex code #2E8B57. It uses the RGB values R: 0, G: 127, B: 106, where the dominant green channel is complemented by a moderate blue ...Missing: angle | Show results with:angle
  45. [45]
    Teal Color Codes
    A List of Teal Shades · Teal #008080 | rgb(0,128,128) · Aquamarine #7fffd4 | rgb(127,255,212) · Medium Aquamarine #66cdaa | rgb(102,205,170) · Turquoise #40e0d0 | ...<|separator|>
  46. [46]
    UP Forest green / #014421 hex color - ColorHexa
    #014421 (also known as UP Forest green) is composed of 0.4% red, 26.7% green and 12.9% blue. Whereas in a CMYK color space, it is composed of 98.5% cyan, 0% ...
  47. [47]
    Basic Color Term - an overview | ScienceDirect Topics
    Berlin and Kay (1969), who studied the words used to describe color in many languages, called these 11 linguistic descriptions basic color terms. Many nonbasic ...Missing: cyan teal
  48. [48]
  49. [49]
    Color Spotlight: Phthalo Turquoise (PB16) - Idyll Sketching
    Mar 26, 2022 · Lightfastness: Not officially rated by ASTM, generally considered slightly less lightfast than PB15 Phthalo Blues, though my tests of WN were ...
  50. [50]
  51. [51]
    What's the Meaning of Cyan Color and How to Use It in Design
    Apr 6, 2022 · Hex #00FFFF is made of 0% red, 100% green and 100% blue (RGB values). Cyan pairs well with deep pinks and teals to create bright color palettes.
  52. [52]
    High Flow Acrylics - Turquoise (Phthalo) - Golden Artist Colors
    Prev: TealNext: Cobalt Turquoise. Technical Detail. Opacity / Transparency. semi-transparent. Lightfastness rating. Excellent. Munsell ...
  53. [53]
    Color Spotlight: Cobalt Turquoise (PG50, PB28, or PB36)
    May 21, 2022 · Pigment Stats for PG50. Per ArtIsCreation: Lightfastness: Excellent (I). Toxicity: Like other cobalt pigments, this is toxic and requires a Prop ...<|separator|>
  54. [54]
    Collections: Clothing, How Did They Make It? Part IVa: Dyed in the ...
    Apr 2, 2021 · Overdyeing yellow (weld) with blue (woad) could produce green, as with the man on the left.Missing: teal | Show results with:teal
  55. [55]
    Natural Dyes - the Top 3 European Dye Plants - Wild Colours
    Woad, weld and madder are the 3 main European dye plants. Extracting the famous blue pigment from fresh woad leaves is a long but exciting process.
  56. [56]
    Meet madder, woad & weld: traditional dye plants of Europe
    Jan 21, 2018 · Woad, weld and madder are the three main European dye plants. Extracting the famous blue pigment from fresh woad leaves is a long but exciting process.
  57. [57]
    The Long, Strange History of Prussian Blue - Fast Company
    Mar 19, 2010 · Prussian blue was an instant sensation. Its manufacture escaped regulation by painters' guilds since it was considered a chemical and not paint, ...
  58. [58]
    Prussian Blue: Chemistry, Commerce, and Colour in Eighteenth ...
    Investigations by Macquer and Hellot into the advantages of Prussian blue over existing dyes (based on indigo and woad) found it to be a resilient, cheap colour ...
  59. [59]
  60. [60]
    Teal Sapphires: Gemstones of Harmony - International Gem Society
    Jul 14, 2021 · In 1930, Aloys John Maerz and Morris Rea Paul published the Dictionary of Color, which included a color plate from a teal sample dated 1917.
  61. [61]
    Color, Chemistry, and Creativity in Monet's Water Lilies
    Feb 9, 2021 · Here we explore a selection of the pigments Monet used to create this magnificent painting: their chemistry, history, and the ways in which the artist employed ...Missing: teal scenes
  62. [62]
    Recreating the Colour Palette of Claude Monet - Jackson's Art Blog
    Apr 2, 2024 · This pigment was used a lot in the Water Lilies painting, and is clearly visible mixed with a little white used at a final layer highlight.Missing: teal | Show results with:teal
  63. [63]
    Monet's colors The colours of Claude Monet
    Oct 25, 2006 · Monet obtained an appearence of black by combining several colors : blues, greens and reds. He eliminated almost completely black from his painting, even in ...
  64. [64]
    Pigment: Cobalt Blue, the 19th century sky
    Feb 7, 2018 · Introduced in about 1806, it was used by Turner, Friedrich, Delacroix, Corot, the Pre-Raphaelites, the Impressionists, and many others.
  65. [65]
    aniline dyes | Fashion History Timeline
    Aug 9, 2019 · Aniline dyes are synthetic, chemical dyes for garments, derived from coal tar, discovered by William Perkin in 1856, and first used in the mid- ...Missing: teal | Show results with:teal
  66. [66]
    1950 Ford - Auto Color Library
    They provide the actual automotive paint color standard reference chips for nearly all makes and models since automobiles were made.
  67. [67]
    A Historical Look at the Influence of Science and Design on ...
    Jan 6, 2014 · Henry Ford once said, “You can have any color, as long as it's black.” That was true, but only because during the initial era of Model Ts, black ...<|separator|>
  68. [68]
    Web colors - Wikipedia
    Basic colors ; Teal, #008080, 0%, 50% ; Blue, #0000FF, 0%, 0% ...Hex triplet · HTML color names · CSS colors · Web-safe colors<|separator|>
  69. [69]
    Transformative Teal: 2026 Colour Of The Year Explained
    Aug 19, 2025 · As a colour name, teal was first recorded in 1917; by 1923, it ... The Art Deco movement of the mid-20th century gave teal, especially cobalt teal ...
  70. [70]
    How are duck feathers so brightly coloured? - Royal Society
    Aug 6, 2017 · The iridescent colours arise from light interacting with stacks of melanosomes, melanin-pigment containing organelles, present in the feather barbules.Missing: Eurasian teal
  71. [71]
    Plumages, Molts, and Structure - Green-winged Teal - Anas crecca
    Head feathers chestnut with an iridescent green crescent around eye that tapers to a short crest at back of head. Chin patch black. Dorsal feathers off-white ...
  72. [72]
    Condition dependence of iridescent wing flash-marks in two species ...
    Aug 6, 2025 · In wild ducks, color contrast was positively related to body size in the common teal A. crecca only for females. These results suggest that ...
  73. [73]
    Green-winged teal | Oregon Department of Fish & Wildlife
    ... iridescent green on the rear of the wing (speculum). Hens are brown with a green speculum. Habitat: Green-winged teal are primarily winter migrants in Oregon.
  74. [74]
    Fish scales hold dazzling secret | News - Chemistry World
    Jan 11, 2008 · The shine or iridescence of fish scales is caused by so-called photonic crystals made of guanine in the skin beneath them.Missing: teal reflection
  75. [75]
    Chitin Layers Produce Gold and Silver Colors — Biological Strategy
    Sep 14, 2016 · The forewings of jewel scarabs produce gold and silver by having 70 layers of chitin that become progressively thinner with depth resulting in different ...Missing: teal | Show results with:teal
  76. [76]
    Blue-Green Algae (Cyanobacteria) Frequently Asked Questions
    What are cyanobacteria? Cyanobacteria, also known as blue-green algae, are bacteria which have some of the characteristics of plants.
  77. [77]
    Blue-green algae - MSU College of Agriculture and Natural Resources
    Aug 19, 2020 · In addition to warm temperatures, blue-green algal blooms are fueled by an overabundance of nutrients, particularly phosphorus and nitrogen.
  78. [78]
    Turquoise Mineral Data
    Composition: Molecular Weight = 813.44 gm. Aluminum 19.90 % Al 37.60 % Al2O3 ... Color: Blue, Blue green, Green, Green gray, Light blue. Help on Density ...
  79. [79]
    Turquoise Description - GIA
    The result of this sedimentary process is a porous, semitranslucent to opaque compound of hydrated copper and aluminum phosphate. Turquoise is a prime example ...
  80. [80]
    What Is Verdigris? How This Blue-Green Patina Can Elevate Your ...
    Apr 6, 2025 · If you've ever admired the soft teal tones of weathered copper ... Verdigris is the name for the green-blue patina that develops on copper ...
  81. [81]
    Teal Sapphire : Properties, Uses - Geology Science
    Nov 11, 2024 · Teal sapphires, like all sapphires, are a variety of the mineral corundum, composed mainly of aluminum oxide (Al₂O₃). Sapphires form under high- ...<|separator|>
  82. [82]
    How Teal and Purple Took Over the '90s - YouTube
    Jun 5, 2025 · Purple and Teal. If you grew up in the '90s, these colors were everywhere: on clothes, lunchboxes, logos, school supplies, and sports gear.
  83. [83]
    Most popular colors through the decades: 1920s - Juicebox Interactive
    Journey through the most popular colors of each decade. From the roaring 20s to the psychedelic 60s, into the first two decades of the 21st century.Missing: standardization | Show results with:standardization
  84. [84]
    What colours should you choose for a mid-century modern interior?
    Oct 3, 2023 · Teal is at the forefront, and when decorating a room inspired by this era, you should try to include at least one element of it. Blues make a ...<|separator|>
  85. [85]
  86. [86]
    Everything to Know About the Color Teal - Finest Of The Fine
    Apr 6, 2025 · The History of Teal​​ Origins of the Word: The word "teal" is believed to have originated from the Eurasian teal, a species of small freshwater ...How to Make Teal? · What Colors Match Teal? · What Colors are Similar to Teal?
  87. [87]
    [PDF] The revival of natural dyes in sustainable fashion
    These dyes, derived from plants, minerals, and other natural sources, offer a sustainable alternative to the synthetic dyes that have dominated the industry for ...
  88. [88]
    Teal Color: Meaning, Hex Code, 109 Palettes - AppLaunchpad
    In many cultures, teal is associated with healing and spirituality. For example, in Native American culture, teal is used to symbolize the healing of the spirit ...
  89. [89]
    Color and psychological functioning: a review of theoretical and ...
    Research on color and psychological functioning has increased, with theoretical and empirical work, but the field is still in early development.
  90. [90]
    Turquoise, Water, Sky: Meaning and Beauty in Southwest Native Arts
    For Pueblo people, wearing turquoise can be likened to a prayer for rain, a symbol of deeply desired hopes and wishes. By using turquoise in ceremonies, Native ...
  91. [91]
    Turquoise, Water, Sky: The Stone and Its Meaning | What's New
    Jan 1, 2014 · Zuni ceremonies include turquoise-colored face, mask, and body paint to represent Awonauilona, the sun's life-giving power.
  92. [92]
    Do we feel colours? A systematic review of 128 years of ...
    Jan 13, 2025 · We found systematic correspondences between colour categories and emotions, whether studies used affective dimensions or discrete affective ...
  93. [93]
    Ayurveda and Healing with the Colors of the Season: GREEN
    Jun 30, 2017 · Green is a balancing color that has a tendency to neutralize imbalances in either direction. For instance, the use of green supports weight loss.
  94. [94]
    The Colors of Ayurveda
    May 25, 2024 · Each color has individual energetics and vibrates at different frequencies, interacting with our body energies, such as our auric fields and chakras.
  95. [95]
    Colour of the Year 2026: Transformative Teal - WGSN
    Sep 3, 2024 · Digital Lavender took the title for 2023; Apricot Crush reigns supreme for 2024; and Future Dusk will come out on top for 2025. These hues ...
  96. [96]
    AW26/27: 'Transformative Teal' named colour of the year by WGSN ...
    Sep 12, 2024 · AW26/27: 'Transformative Teal' named colour of the year by WGSN and Coloro ; WGSN and Coloro: Key colours for autumn/winter 2027/28 · Sep 17, 2025.Transformative Teal... · Related News · Wgsn And Coloro: Key Colours...
  97. [97]
    The biggest color trends of 2025 | Homes and Gardens
    Oct 11, 2024 · 'In 2025, I anticipate teal to emerge as a prominent interior color trend,' predicts interior designer Jennifer Davis of Davis Interiors.
  98. [98]
    Key Colours A/W 26/27 - WGSN
    Oct 7, 2024 · Transformative Teal is the 2026 Colour of the Year. A fluid fusion of classic dark blue and aqua green, this is the perfect colour for a time of change and ...Fresh Purple · Cocoa Powder · Green Glow
  99. [99]
    Top 6 Color Trends of 2025 + Color Inspiration - Looka
    Jan 7, 2025 · 13. Pastel blue, yellow, and pink flow · 14. Coachella sunset orange, periwinkle and teal · 15. Warm ethereal mandarin, blue, and mauve Blue, ...
  100. [100]
    Inclusive Website Color Palettes for Accessibility - BrowserStack
    Learn how to choose accessible color combinations that support users with visual impairments and color blindness. August 1, 2025 15 min read.
  101. [101]
    Accessible Colors: A Complete Guide for Web Design - AudioEye
    Feb 29, 2024 · According to the Web Content Accessibility Guidelines (WCAG), web pages must have a minimum color contrast ratio of 4.5:1 for normal text and 3: ...Accessible Colors And Color... · Wcag Guidelines For... · Use A Color Contrast Checker<|separator|>
  102. [102]
    2025 Accessibility Regulations for Designers: How WCAG, EAA, and ...
    it's a core requirement for ethical, effective, and future-proof design ...Missing: teal | Show results with:teal
  103. [103]
    Blue or green? U.K. split over swatch's color - WKBW
    The company says 64 percent of more than 1,000 people who responded said it was green. Thirty-two percent thought it was blue. But when the same people were ...
  104. [104]
    What Color Do Blue and Green Make When Mixed? - paintlogs
    Jul 22, 2025 · When you mix blue and green, the result is usually a shade of cyan, teal, or turquoise—depending on how much of each color you use. These blue- ...
  105. [105]
    Advanced Japanese Colors | nihonshock
    Jun 16, 2014 · Historically, Japanese made no clear distinction between blue and green (green could be considered a shade of blue), and the tendency to call ...
  106. [106]
    [PDF] Berlin and Kay Theory - CTBS | UCI Social Sciences
    The Berlin-Kay theory of basic color terms maintains that the world's languages share all or part of a common stock of color concepts and that terms for these ...
  107. [107]
    Basic Color Terms: Their Universality and Evolution - Google Books
    Explores the psychophysical and neurophysical determinants of cross-linguistic constraints on the shape of color lexicons.
  108. [108]
    Color Perception With Different Light Sources (Metamerism)
    Jan 25, 2024 · Metamerism occurs when two colors match under one type of lighting but not another. This peculiarity has to do with the relationship between light and color.<|separator|>
  109. [109]
    How Metamerism Affects Perception of Color - Technicraft
    Apr 21, 2020 · Metamerism is when colors, especially neutrals, appear different due to varying lighting, warmth, and wavelengths, causing the eye to perceive ...
  110. [110]
  111. [111]
    Tetrachromacy: What It Is, What It Looks Like & Tests
    Aug 14, 2024 · Tetrachromacy is a rare ability that gives females extraordinarily sensitive color vision. People with tetrachromacy have four types of cones ...
  112. [112]
    Tetrachromacy: Superhuman Vision - All About Vision
    Tetrachromacy amplifies the eye's ability to distinguish between shades of colors. This creates a visual result that some might call “super vision.” ...
  113. [113]
    Color Naming, Lens Aging, and Grue: What the Optics of the ... - NIH
    It has been proposed that this correlation is caused by premature lens aging. ... Some stimuli that were called “blue” without simulated aging were called “green” ...
  114. [114]
    Color Vision Changes: Why Colors May Look Different as You Age
    As the lens inside the eye ages, it gradually becomes more yellow. This natural change filters out blue light, making it harder to perceive cool tones. ...
  115. [115]
    Color Changes as the Eye Ages - 20/20 Magazine
    The yellowing of the lens can dull the vibrancy of color and make distinguishing the differences of the shades of blues, greens and reds more difficult.
  116. [116]
    Individual differences and their implications for color perception - PMC
    Jun 17, 2019 · Individual differences in color vision arise from many sources, impacting perception and performance. These differences are large and reliable, ...