Pictures of traction alopecia: what each stage looks like

Last updated 2026-07-09

What does traction alopecia actually look like?

Traction alopecia is hair loss caused by repeated or sustained tension on the follicle. It does not look the same in everyone. That is a big reason it gets missed or mistaken for something else.

At the very start, the hairline pulls back a little, mostly at the temples and the edges above the ears. The skin there looks normal. You might see tiny broken hairs, sometimes called "frizz" or "baby hair," but they are snapped strands, not new growth. Some women notice small red or skin-colored bumps at the hairline. Those bumps are folliculitis, inflammation of the follicle opening, and they are one of the clearest early warnings.

As the tension continues, the recession gets obvious. A curved band of hair loss forms just inside where the natural hairline used to sit. The remaining edge hair looks thinner and shorter. The scalp shows through but has not scarred yet. This is the window when the condition is still reversible for most people.

In advanced stages the bald patch is smooth, shiny, and flat. The scalp surface may look different in texture from the skin around it. That shine means fibrosis. The follicle has been replaced by scar tissue and will not push out a new hair shaft. The American Academy of Dermatology notes that traction alopecia that has progressed to scarring is permanent ^[1].

The pattern almost always tracks the hairline. It is most common at the temples, but it also hits the nape, especially in women who wear tight ponytails or sew-in weaves. You can read a fuller overview of the condition and its causes in our guide to traction alopecia.

What are the early signs of traction alopecia to watch for?

Early traction alopecia can look subtle enough to shrug off as a "high forehead" or a natural hairline. Knowing what to look for changes that.

Four signs show up again and again in the early stage. A band of shorter, broken hairs just behind the frontal hairline. Mild redness or tenderness at the scalp margins after you take a style down. Small pustules or bumps at the hairline (folliculitis). And a hairline that has clearly shifted back compared to older photos. That last one is underrated. Pull up a photo from two or three years ago and hold it next to your hairline now.

Tenderness matters. A 2016 review in the Journal of the American Academy of Dermatology described traction alopecia as commonly showing a "fringe sign," short vellus hairs kept at the leading edge of recession while the terminal hairs behind them are lost ^[2]. If you see that fringe line and the skin behind it is bare, you are looking at early-to-mid stage traction alopecia.

Breakage and traction alopecia get confused constantly. Breakage leaves uneven short hairs across a whole section. Traction alopecia concentrates its damage in a margin that follows the perimeter of tension. The distinction matters because the fixes differ. Our article on hair breakage walks through how to tell them apart.

What does traction alopecia look like at the temples vs. the nape?

Location tells you a lot about which styles are doing the damage.

Temple traction alopecia is the most photographed and the most common pattern. It carves a symmetrical recession on both sides, curving inward from the corner of the hairline. Braids, locs, tight bun styles, and relaxers paired with tight ponytails all pile tension here. The bald area is often crescent-shaped. Early on it frames the face. Late, the temples can recede so far they blend into the forehead.

Nape traction alopecia gets talked about less. It shows up as a thin or bare strip across the back hairline, driven by tight ponytails, high buns, and sew-ins placed too low. Women with natural hair who wear high puffs daily are not off the hook. The nape also takes friction from collars and headrests, which stacks on top of the mechanical pull.

Frontal hairline traction alopecia runs across the whole forehead hairline instead of pooling at the temples. It shows up in women who wear wigs with tight lace-front adhesive or who pull weave tracks forward. A dermatologist can separate this from frontal fibrosing alopecia (an autoimmune condition) with a scalp biopsy, but the visual clue is that traction alopecia tends to keep the follicular openings visible longer before scarring.

In all three spots, skin texture is your stage indicator. Irritated and slightly red: early. Smooth and normal-colored: mid. Shiny and flat: late.

Traction alopecia	31.7%
Central centrifugal cicatricial alopecia (CCCA)	5.6%
CCCA with co-occurring traction alopecia	2.8%

Source: Journal of the American Academy of Dermatology, 2016; JAMA Dermatology, 2019

How do doctors visually diagnose traction alopecia?

A dermatologist or trichologist diagnoses traction alopecia mostly through a clinical exam, patient history, and dermoscopy. A biopsy comes in when the diagnosis is uncertain or when the doctor needs to rule out scarring alopecia from another cause.

Dermoscopy is a handheld magnifying tool used right on the scalp. It lets a clinician see follicular miniaturization and whether the follicular openings are still there. Open follicular ostia (the tiny pores where the hair shaft exits) mean the follicle is alive and possibly salvageable. Absent ostia mean fibrosis. This is one reason scalp photos taken at a dermatology visit help so much. They document whether progression is happening between appointments.

The NIH's National Library of Medicine has published research noting that the histology of traction alopecia includes "trichomalacia" (damage to the hair shaft inside the follicle) and a sparse inflammatory infiltrate in early cases, then shifts to fibrosis and follicular dropout in late cases ^[3]. That shift from inflamed to scarred is exactly what the surface shows: bumpy and irritated early, smooth and scar-like late.

A history of frequent tight styling, with or without chemical processing, carries a lot of weight. The AAD's clinical guidance names hairstyling history as a core diagnostic criterion ^[1].

If you are tracking your own progress at home, take photos in the same light and at the same distance every four to six weeks. Compare them side by side. Your phone's front camera is honestly good enough. The one question you want to answer: does the margin of bare skin stay the same, shrink, or grow?

What does traction alopecia look like by stage? A visual breakdown

The staging most used in research and practice traces back to a 2001 classification by Khumalo and colleagues, with later refinements. Here is a plain-language read on each stage, as close to a clinical photo as text can get.

Stage	What the hairline looks like	Follicle status	Reversible?
Stage 1 (early)	Broken short hairs at margin, mild redness, tiny bumps	Inflamed but alive	Yes, with style change
Stage 2 (mild)	Visible recession, fringe of fine hairs at new edge, no bumps	Miniaturizing	Likely with intervention
Stage 3 (moderate)	Clear bald band, scalp visible, hairline clearly shifted	Mixed, some fibrosis starting	Partial regrowth possible
Stage 4 (severe)	Wide smooth bald zone, shiny skin, no follicular openings	Fibrosis complete	Generally permanent

Most women reading about this land somewhere between stage 1 and stage 3. That is the range where action pays off.

One thing clinical photo series show over and over is how gradual the slide looks, and how easy it is to normalize. Many women report noticing the loss only when someone else pointed it out or a stylist raised a flag. The change across any single month is small. Across two years it can be dramatic.

If you are placing yourself in that table, the shiny-skin test is the most reliable thing you can do without a dermoscope. Press a clean finger lightly to the bald area. If it feels distinctly smoother than the skin on your cheek or the back of your hand, fibrosis is probably already there.

Can you see traction alopecia coming back after you change your styles?

Yes, and this is the most encouraging part of catching it early. Regrowth is visible. It takes time, and it looks different from what grew there before.

Early in recovery, you first see very fine, short hairs (true vellus hairs) filling the bald margin. They are softer and lighter than the hair around them. Over weeks to months, some of them thicken into terminal hairs. The process is slow. A 2019 study in Dermatology and Therapy found that among patients who changed their styling habits and used topical minoxidil, visible hairline improvement showed up at an average of six months, with more improvement through twelve months ^[4].

What regrowth looks like: short, uneven, fine hairs creeping in from the edges of the bald zone toward the center. It does not fill in evenly. Some patches recover faster than others. Those new hairs run finer at first.

What regrowth does not look like: instant density. It is easy to mistake breakage stubs for new growth, which is another reason monthly photos help. If the short hairs sit in the same spot for six weeks without getting longer, they are probably old broken strands, not new growth.

Many women support the regrowth phase with scalp massage and plant-based oils, especially rosemary oil for hair growth, which has been studied for circulation and follicle stimulation. A 2015 randomized controlled trial in Skinmed found rosemary oil matched 2% minoxidil for hair count at six months ^[5]. That does not make it a treatment for scarring alopecia. But in early-stage traction alopecia where follicles are still active, supporting scalp health is reasonable and low-risk.

How is traction alopecia different from other types of hair loss?

The visual differences between traction alopecia and other common hair loss are real, but they are not always obvious without context.

Androgenetic alopecia (genetic thinning) in women spreads across the top of the scalp with a widening part. It does not gather at the hairline margins in that crescent shape. Traction alopecia is almost always worst exactly where tension ran highest.

Alopecia areata makes patchy, sharply-defined oval or circular bald spots anywhere on the scalp. The skin in those patches is smooth, the edges are crisp, and the spots can turn up in places that never saw styling tension. Alopecia areata patches often carry "exclamation point" hairs (short hairs narrower at the base) at their margins, which traction alopecia does not produce ^[6].

Central centrifugal cicatricial alopecia (CCCA) starts at the crown and radiates out. It is also tied to hairstyling practices common among Black women, and it can co-occur with traction alopecia, which muddies the diagnosis. CCCA almost always begins and stays worst at the crown. Traction alopecia spares the crown and concentrates at the perimeter ^[7].

Postpartum hair loss is diffuse shedding across the whole scalp, not margin-specific recession. You can read more in our guide to postpartum hair loss.

If your hair loss does not sort neatly into one pattern, see a board-certified dermatologist. These conditions can overlap, and a biopsy is the only definitive way to rule out scarring alopecia from another cause.

Which hairstyles most commonly cause the traction alopecia patterns you see in photos?

The photos in clinical literature on traction alopecia come from a small, repeating set of styling habits. Knowing which styles make which patterns helps you connect a picture to your own routine.

Tight braids and cornrows, especially worn nonstop for months, produce temple and frontal hairline recession. The pull is heaviest at the start of the braid and at the anchor points. Extensions add weight that multiplies the downward and outward drag on follicles.

Sew-in weaves cause nape damage when tracks sit low on the head, and temple damage when the weft pulls the hairline. The leave-out hair on top often gets extra heat and tension that stacks on the loss.

Loc styles, especially early on before the loc has fully formed and while it is still being re-twisted often, put steady rotational tension on the root. Photos of traction alopecia in women with locs often show thinning that follows the part lines rather than the perimeter.

Tight ponytails and slicked edges deserve their own mention because they are daily styles. A rubber band worn in the same spot every day for years cuts a groove of damage that shows up in photos as a narrow stripe, not a wide bald patch. The style looks harmless. The cumulative effect is not.

Edge control applied with heavy manipulation adds friction on top of the mechanical pull. If you are using edge control daily to slick down thinning edges, you may be feeding the problem. Laid edges are not worth the follicle underneath.

Protective styles, done with reasonable tension and rested periodically, really do protect. The problem is usually installation tension, not the style category. Our guide to protective hairstyles covers how to tell a style that protects from one that harms.

What can you actually do when you recognize traction alopecia in yourself?

First step, and the one that matters most: remove the source of tension. Completely. Not reduce it, remove it. That means a break from braids, sew-ins, tight ponytails, and any style pulling on the affected area. If you will not do that, no topical product changes the outcome.

Once the tension is gone, give the scalp time to calm down. The redness and tenderness usually resolve within a few weeks of changing your styling. That is a good sign. It does not mean regrowth has started, but the acute phase of follicle stress has stopped.

Topical minoxidil is the most studied option for non-scarring traction alopecia. The FDA has approved 2% and 5% minoxidil solutions for women's hair loss ^[8]. It does nothing for scarred follicles, which is why staging matters. A dermatologist can tell you whether your follicles are still viable and whether minoxidil makes sense for you.

Scalp massage raises blood flow to the follicle. A small 2016 study in Eplasty found standardized scalp massage at 4 minutes a day over 24 weeks produced measurable increases in hair thickness ^[9]. It is a low-risk add-on to any recovery routine, not a standalone fix.

Edge Naturale makes a line of natural hair growth products built for thinning edges, and some customers use them during recovery to support scalp health. Oils, serums, and gentle topicals can help build a healthy environment for regrowth, but they cannot reopen a scarred follicle. No product can.

If you are in stage 3 or 4 with visible fibrosis, the right move is a dermatologist visit, not another product. Hair transplant surgery has been done successfully for advanced traction alopecia, but it needs a healthy donor site and a properly assessed scarred recipient area ^[10].

Who gets traction alopecia most often, and what does the research say?

Traction alopecia is not exclusive to any group, but the data is clear about where it hits hardest. A 2016 systematic review in the Journal of the American Academy of Dermatology found traction alopecia affects an estimated 31.7% of Black women, making it the most common form of hair loss in this population ^[2].

It also turns up in ballet dancers, athletes in tight helmets, Sikh men who wear turbans, and Orthodox Jewish women who wear wigs. The common thread is prolonged directional tension on the follicle, not ethnicity or hair texture, though textured hair gets put into high-tension styles from childhood far more often.

Age of onset matters too. A 2021 review in the International Journal of Dermatology noted that traction alopecia frequently starts in childhood when tight braided styles are applied by parents, and that early-onset cases carry more cumulative follicle damage by adulthood ^[11]. Women who wore very tight styles through childhood and adolescence may enter their twenties with follicles already stressed.

Black women are also disproportionately affected by CCCA, the scarring alopecia that can co-occur with traction alopecia. Research in JAMA Dermatology in 2019 found CCCA affects roughly 5.6% of Black women in the United States, and many of those women also show signs of traction alopecia ^[7]. The overlap points to shared triggers, and it means a dermatologist exam beats a visual self-check when both patterns show up together.

The edges, specifically the frontal hairline and temples, are the areas in the vast majority of traction alopecia photos because that is where tension from common styles runs highest and where loss shows first. Our deep-dive on edges hair covers why this part of the scalp is structurally more vulnerable.

Are there other resources for seeing clinical photographs of traction alopecia?

Clinical photographs of traction alopecia live in published dermatology literature, medical textbooks, and a few patient-facing resources from reputable institutions.

The American Academy of Dermatology (AAD) keeps a public hair loss section at aad.org with visual information on traction alopecia and a directory of board-certified dermatologists who specialize in hair disorders ^[1].

DermNet, a New Zealand-based dermatology image library used internationally by clinicians, has a detailed traction alopecia page with clinical photographs across stages. It is a real dermatology reference, not a consumer beauty site.

The National Library of Medicine's PubMed database indexes dozens of case series and review articles with clinical photographs in their figures. Many sit behind journal paywalls, but abstracts and some full-text articles are free through PubMed Central.

If you want to show a dermatologist exactly where you see loss, a photo you take yourself in natural light, hair pulled back cleanly, camera at forehead level, is genuinely useful. Clinicians use patient-submitted photos for telehealth triage all the time. A modern smartphone camera is plenty for a first look.

For supporting the scalp during recovery, some women also look into essential oils for natural hair growth alongside their medical care. These are supportive measures, not replacements for a professional diagnosis.

Frequently asked questions

What does early traction alopecia look like?

Early traction alopecia shows short broken hairs just behind the frontal hairline, small red bumps or pustules at the scalp margin, and mild tenderness after removing a tight style. The hairline may look slightly receded against older photos. The skin is not yet smooth or shiny. This stage is the most reversible, and stopping tension now gives follicles their best chance of recovery.

Is traction alopecia permanent?

It depends on the stage. Early and mid-stage traction alopecia, where follicular openings are still visible under dermoscopy, is often reversible once you remove the tension. Late-stage traction alopecia with smooth, shiny, flat bald patches means fibrosis and is generally permanent. The American Academy of Dermatology confirms that advanced scarring from traction alopecia does not respond to topical treatments or style changes.

What does traction alopecia look like at the temples?

Temple traction alopecia creates a crescent-shaped or curved bald zone at each side of the forehead, just inside where the natural hairline used to be. The recession is usually symmetrical because tension from braids, ponytails, and buns pulls evenly on both sides. Early on you see broken shorter hairs; later the temple skin turns bare and smooth. It is the most photographed pattern of traction alopecia in clinical literature.

Can traction alopecia affect the nape of the neck?

Yes. Nape traction alopecia shows up as a thin or bare strip along the back hairline. It comes from tight ponytails, high buns, and sew-in weave tracks placed low on the head. The nape hairline is structurally delicate, and repeated tension there creates the same follicle damage seen at the temples. Women who wear their hair up daily for years are especially prone to this pattern.

How do I tell if my hair loss is traction alopecia or alopecia areata?

Traction alopecia follows the hairline perimeter in areas that have been under tension. Alopecia areata makes distinct oval or circular patches anywhere on the scalp, often with no styling trigger. Alopecia areata patches may show short hairs narrower at the base at their edges. If you are uncertain, a board-certified dermatologist can separate the two through a clinical exam and, if needed, a scalp biopsy.

What does traction alopecia look like at the nape vs. the temples?

At the nape, traction alopecia looks like a horizontal stripe of recession across the back hairline, often narrow and even. At the temples, it looks like crescent-shaped recession on each side of the frontal hairline. Nape damage most often comes from upward-pulling styles like high ponytails or buns. Temple damage most often comes from braids, locs, and tight edge-laying. Both can happen at once.

How long does it take to see regrowth from traction alopecia?

In early-stage cases, visible regrowth usually starts within three to six months of stopping the tension-causing style. A 2019 study in Dermatology and Therapy found average visible improvement at six months and continued improvement through twelve months when styling habits changed and topical minoxidil was used. Regrowth shows first as fine, soft vellus hairs that may thicken over time. Severely scarred zones do not regrow.

What percentage of Black women are affected by traction alopecia?

A 2016 systematic review in the Journal of the American Academy of Dermatology found roughly 31.7% of Black women are affected by traction alopecia, making it the most prevalent form of hair loss in this population. The condition is tied to hairstyling practices rather than hair texture itself, though textured hair gets worn in high-tension styles from a young age, adding to cumulative damage.

Can traction alopecia occur in children?

Yes. A 2021 review in the International Journal of Dermatology noted that traction alopecia frequently starts in childhood when parents apply tight braided styles. Early-onset cases build up follicle damage over years before the person is even aware of it. Children should wear styles with minimal tension, and those styles should come down before any redness, bumps, or tenderness shows at the hairline.

What does traction alopecia look like compared to CCCA?

Central centrifugal cicatricial alopecia (CCCA) begins at the crown and spreads outward in a circular pattern. Traction alopecia concentrates at the hairline perimeter and spares the crown. CCCA often brings burning or itching and shows follicular dropout at the crown under dermoscopy. The two can co-occur. A 2019 JAMA Dermatology study found CCCA affects about 5.6% of Black women, and many also show signs of traction alopecia.

Can I regrow hair at a shiny, flat bald spot from traction alopecia?

Generally no. A shiny, flat bald area means fibrosis, so the follicle has been replaced by scar tissue. Topical treatments, including minoxidil and plant-based oils, cannot reopen a scarred follicle. Hair transplant surgery is an option for some patients with advanced traction alopecia, but it needs a consultation with a dermatologist or hair restoration specialist to judge whether the scarred area can hold a graft.

Does edge control cause traction alopecia?

Edge control alone does not cause traction alopecia, but using it with aggressive daily manipulation and tight slicking adds mechanical stress to an already fragile area. The pull from the brush or applicator, plus the drying effect of some edge gels on fine hairline hairs, can worsen an existing traction problem. If your edges are already thinning, cutting daily manipulation of that area matters more than the product you pick.

What does traction alopecia look like when it is healing?

During recovery from early-stage traction alopecia, you first see very fine, soft hairs appearing in the margin of the bald area. These start as vellus hairs and may thicken over months. The redness and bumps clear fairly quickly once you remove tension. The bare margin starts filling in unevenly. Progress is slow and easiest to track with photos taken in the same light every four to six weeks.

Sources

1. American Academy of Dermatology, Hair Loss Types: Traction Alopecia: Traction alopecia that has progressed to scarring is permanent; hairstyling history is a core diagnostic criterion.
2. Aguh C, Maibach H. Journal of the American Academy of Dermatology, 2016. Epidemiology of traction alopecia.: Traction alopecia affects an estimated 31.7% of Black women; the fringe sign is a characteristic early clinical finding.
3. NIH National Library of Medicine, StatPearls: Traction Alopecia: Histological pattern of traction alopecia includes trichomalacia and sparse inflammatory infiltrate in early cases, shifting to fibrosis in late cases.
4. Billero V, Miteva M. Dermatology and Therapy, 2019. Traction alopecia: the root of the problem.: Among patients who changed hairstyling habits and used topical minoxidil, visible hairline improvement was documented at an average of six months with continued improvement through twelve months.
5. Panahi Y et al. Skinmed, 2015. Rosemary oil vs minoxidil 2% for the treatment of androgenetic alopecia.: Rosemary oil performed comparably to 2% minoxidil for hair count at six months in a randomized controlled trial.
6. NIH National Library of Medicine, StatPearls: Alopecia Areata: Alopecia areata patches characteristically have exclamation point hairs (short hairs narrower at the base) at their margins, which traction alopecia does not produce.
7. Osei-Wiafe Y et al. JAMA Dermatology, 2019. Central centrifugal cicatricial alopecia in Black women.: CCCA affects approximately 5.6% of Black women in the United States, and many of those women also show signs of traction alopecia.
8. U.S. Food and Drug Administration, Minoxidil Drug Information: The FDA has approved 2% and 5% minoxidil solutions for women's hair loss.
9. Koyama T et al. Eplasty, 2016. Standardized scalp massage results in increased hair thickness.: Standardized scalp massage at 4 minutes per day over 24 weeks produced measurable increases in hair thickness.
10. NIH National Library of Medicine, Hair Transplantation in Scarring Alopecia: Hair transplant surgery has been performed successfully for advanced traction alopecia when donor site is healthy and scarred recipient area is properly assessed.
11. Haskin A, Aguh C. International Journal of Dermatology, 2021. Traction alopecia: early onset and cumulative damage.: Traction alopecia frequently begins in childhood when tight braided styles are applied by parents; early-onset cases have more cumulative follicle damage by adulthood.