The Complete Summer Sunglasses Guide: UV, Lenses, Activities and What to Buy

Summer is when most people think about sunglasses. It is also when sunglasses matter most. The UV index peaks in summer months across every latitude. The outdoor hours accumulate faster — beach days, barbecues, road trips, festivals, sport, and the general outdoor pull of long warm evenings. Kids are on school holiday for weeks. Travel to higher-UV destinations compresses the UV exposure of an entire year into a two-week window. The combination of longer days, higher UV intensity, and more time spent outdoors makes summer the season where inadequate eye protection does the most damage.

This guide covers everything you need for a summer that is both fully protected and completely ready for any activity summer throws at you. The UV science for the season. The complete lens specification. Activity-by-activity recommendations from driving to the beach to festivals to sport. What to look for on a product label. What to avoid. And the smartest way to build a summer sunglass rotation that covers everything without overspending.

This is the C13 Seasonal and Occasion pillar post. The supporting guides in this cluster cover specific summer occasions:best sunglasses for festival season,best sunglasses for your wedding day,the best sunglasses under $50, andthe best sunglasses under $100. The UV eye disease science that underpins every protection recommendation in this guide is inUV and eye disease: the complete guide.

 

Quick Answer

For summer: UV400 certified, polarized, Category 2–3 lenses in a well-fitted frame that covers the eye properly. Gray tint for everyday driving and general use. Amber or brown for beach, outdoor sport, and environments where contrast matters. Polarization is essential for any water, driving, or reflective-surface summer activity. Start wearing them from the first warm day of the season, not just when it feels sunny — UV reaches you through cloud cover and at any UV index above 3.

 

Table of Contents

 

Part 1: Why Summer Is the Highest UV Season

The Solar Geometry of Summer

UV intensity is determined by the angle at which solar radiation strikes the Earth’s surface. In summer, the sun is at a higher angle in the sky for more hours of the day — and UV intensity peaks when the sun is closest to directly overhead. At higher sun angles, UV radiation passes through a shorter path of atmosphere, resulting in less filtration by ozone and atmospheric gases. The result: UV intensity in July is significantly higher than in January at the same location and the same apparent brightness.

The WHO’s UV index scale quantifies this: a UV index of 0–2 is low, 3–5 is moderate, 6–7 is high, 8–10 is very high, and 11+ is extreme. Most temperate locations in the northern hemisphere reach UV index 6–8 on clear summer days. Southern US states, the Mediterranean, and tropical destinations routinely reach 10–11+. At UV index 6 and above, unprotected outdoor exposure for 30–60 minutes at midday can cause skin and eye damage.

Longer Days Mean More UV Accumulation

In midsummer at 40° north latitude (New York, Rome, Madrid), the sun rises before 5:30am and sets after 8:30pm — providing 15+ hours of daylight with UV-relevant intensity from approximately 8am to 6pm. That is a 10-hour UV window. Compare this to winter at the same location, where the UV window may be 4–5 hours and the intensity is a fraction of the summer peak. Summer does not just bring higher UV intensity — it delivers it for significantly more hours each day.

More Outdoor Time

The behavioral component matters as much as the meteorological one. People spend dramatically more time outdoors in summer than in any other season — more sport, more leisure, more travel, more time in gardens and on beaches. The combination of peak UV intensity, longer UV windows, and increased outdoor exposure time makes summer the season where the lifetime UV dose accumulates most rapidly. For children during school summer holidays, the contribution to lifetime UV accumulation over 6–8 weeks of unstructured outdoor time is substantial.

UV Penetrates Cloud Cover

One of the most persistently underestimated summer UV facts: cloud cover does not stop UV exposure. Cloud significantly reduces visible light — the day feels less bright and people lower their UV guard. But cloud attenuates UV far less efficiently than visible light. A moderately overcast summer day can deliver 50–70% of the UV of a clear day at the same time. On an overcast beach or outdoor event, UV index can still be above 6 while the sky looks grey and benign. The UV protection case for sunglasses on cloudy summer days is inwinter sunglasses: why UV protection doesn’t stop in cold weather — the cloud penetration principles apply equally in summer.

 

Part 2: The Summer UV Specification — What Your Sunglasses Must Do

UV400 Certification: The Non-Negotiable

UV400 is the standard that blocks 100% of UVA and UVB radiation to 400nm. In summer, when UV index regularly exceeds 6–8 across most of the United States and Europe, UV400 protection is not optional. It is the minimum. A lens that blocks UV only to 380nm leaves a meaningful UVA window unblocked that contributes to cataract formation and retinal damage. A dark lens without any UV certification causes pupil dilation into unprotected UV — actively worse than no glasses. The full UV400 science including what the gap between 380nm and 400nm means biologically is inUV400 vs UV380: what is the difference and why it matters.

Adequate Lens Darkness for Summer Conditions

The European lens category system classifies lenses by visible light transmission (VLT). In summer conditions with UV index above 6, Category 2 (18–43% VLT) is the minimum recommended for extended outdoor use. Category 3 (8–18% VLT) is appropriate for very bright conditions, beach environments, water sports, and any high-reflectance surface. Category 4 (3–8% VLT) is appropriate for extreme alpine and glacier environments but too dark for driving and general outdoor use.

Polarization for Summer Environments

Summer outdoor environments are heavy with reflective surfaces: wet roads after afternoon thunderstorms, beach sand, open water, swimming pools, glass-fronted buildings in city environments. All of these produce horizontally polarized surface glare that non-polarized lenses darken but do not eliminate. Polarized UV400 lenses address both the UV dose and the glare in a single lens specification. For any summer activity involving water, driving, or outdoor sport, polarized UV400 is the complete summer lens specification.

Frame Coverage

Summer environments include more reflective surfaces than any other season — and UV reaches the eye not just from above but from reflected surfaces below and around. A frame that fits close to the face and covers the eye properly — without significant gaps at the brow, temples, or cheeks — provides meaningfully better protection than a frame with large gaps or that sits away from the face. For beach and water environments specifically, UV reflection from below through the gap at the bottom of the frame is a real exposure pathway that close-fitting frames reduce.

 

Part 3: Lens Tint Guide for Summer

 

Gray Polarized — The Summer Everyday Standard VLT:8–18% (Category 3) for bright days; 18–43% (Category 2) for variable conditions. Best for: driving, urban outdoor use, everyday general summer wear. Why: neutral color rendering preserves color accuracy for traffic signals and road features; polarization eliminates road surface glare; adequate darkness for full summer UV index days. The full gray lens science:the science of lens color and what tint does your vision need

 

Amber / Brown Polarized — Beach, Sport and Outdoor Summer VLT:18–43% (Category 2) for everyday beach and sport; 8–18% (Category 3) for high-brightness beach and water. Best for:beach days, outdoor sport, trail running, cycling in open terrain, any summer activity where terrain and surface contrast matters. Why:blue-scatter filtering enhances terrain contrast, green-grass definition, and the visual legibility of beach and outdoor environments; warm tones reduce fatigue in extended outdoor sessions.

 

Copper Polarized — Water and Fishing VLT:20–40% (Category 2). Best for: fishing, boating, coastal activities, snorkeling, any summer activity on or near open water. Why:copper’s spectral profile specifically enhances sub-surface visibility through water by eliminating surface reflection while preserving warm wavelengths that reveal underwater features. The complete fishing and water lens guide:best sunglasses for fishing: the complete angler’s guide

 

Part 4: The Polarization Case for Summer

Summer concentrates the outdoor environments where polarization provides its most significant benefit. The argument for polarized lenses in summer is stronger than in any other season — not because polarization works differently, but because the conditions that make it most useful are most present.

Roads After Summer Storms

Summer thunderstorms are a feature of most temperate climates. Afternoon storms leave roads wet and highly reflective for hours afterward. Wet summer roads at low sun angles — morning and late afternoon — produce horizontal glare that reduces road surface contrast and the legibility of road markings. Polarized lenses eliminate this glare. Non-polarized lenses, regardless of darkness, do not. For summer drivers in regions with afternoon convective storms, polarized lenses are a driving safety specification.

Beach and Open Water

Water reflects 10–25% of UV and visible light as horizontally polarized glare. Sand reflects 10–15%. A beach environment surrounds the eye with reflective surfaces above, below, and to the sides — producing total UV exposure that significantly exceeds open-terrain environments at the same UV index. Polarized lenses eliminate the water and sand surface glare that makes prolonged beach exposure visually fatiguing and that contributes to UV exposure from reflected sources.

Pools and Waterparks

Swimming pools and waterpark environments are intense reflective surfaces. The combination of highly reflective water, concrete and tile surroundings, and typically high-UV summer midday conditions makes pools one of the most UV-intense recreational environments. For parents supervising children poolside, polarized UV400 is the appropriate eye protection for extended pool sessions.

The complete polarization science and the verification guide for confirming genuine polarization in any pair is inpolarized vs non-polarized sunglasses: the definitive guide.

 

Part 5: Activity-by-Activity Summer Guide

Driving in Summer

Summer driving adds sun visor glare from low-angle morning and evening sun, road heat shimmer, and the post-storm wet road reflection scenarios described above. Gray or amber polarized UV400 at Category 2–3 is the correct summer driving specification. Polarization is particularly valuable in early morning and late afternoon summer driving when the sun angle produces maximum road surface reflection. The complete driving guide is inbest sunglasses for driving: polarized lenses and glare reduction.

Beach Days

A full beach day at UV index 8–10 — the typical summer range for most US coastal locations — delivers an accumulated UV dose to the eyes comparable to several hours of winter outdoor exposure. Combined with sand and water reflection amplifying the UV dose from below, extended beach days without UV400 polarized protection represent meaningful cumulative ocular UV exposure. Amber or gray polarized UV400 at Category 3 for the brightest midday conditions. The complete beach guide is inbest sunglasses for the beach: UV400, polarized and salt-resistant.

Outdoor Sport

Summer sport — cycling, running, tennis, golf, cricket, beach volleyball — combines high UV intensity, extended outdoor duration, and the specific visual demands of each sport. For cycling, amber polarized UV400 for maximum contrast on road and trail surfaces. For running, lightweight wraparound UV400 with rubberised grip for secure fit. For golf and cricket, amber UV400 for ball and terrain contrast. For beach volleyball, amber or gray polarized UV400 with anti-saltwater coating. The complete sport guide is inthe complete outdoor and sport sunglasses guide.

Festivals and Outdoor Events

Festival environments involve extended outdoor exposure across multiple days with minimal shade, often with large open-field environments at high UV index. Festival sunglasses need to be comfortable for all-day wear, secure enough to stay in place during dancing and movement, stylistically consistent with festival aesthetics, and genuinely UV400 protected. A festival is one of the scenarios where a four-pair rotation makes practical sense: different styles for different days, backup pairs when one gets lost in the crowd. The complete festival guide is inbest sunglasses for festival season.

Water Sports

Summer water sports — surfing, sailing, kayaking, paddleboarding, jet skiing — combine maximum UV from above with maximum UV reflection from water below. The double-UV environment of open water in summer is one of the most UV-intense recreational scenarios outside alpine snow environments. Polarized UV400 with anti-saltwater coating is the baseline for any water sport. A retainer strap is essential for any activity where the glasses leaving the face means losing them permanently. The complete water sports guide is insunglasses for water sports: why polarization is non-negotiable.

Hiking and Trail Running

Summer hiking combines altitude UV amplification (10–12% per 1000m), reflective rock and light-colored trail surfaces, and extended outdoor exposure across the peak UV hours of the day. Many summer hiking trails involve 4–8 hours of exposure with minimal shade during midday sections. Category 3 amber or gray polarized UV400 with wraparound coverage for peripheral UV protection. The complete hiking guide is inbest sunglasses for hiking and outdoor adventures.

✨ NAVI EYEWEAR — BUILT FOR SUMMER, PRICED FOR REAL LIFE UV400 polarized. FDA-cleared polycarbonate. Oleophobic and anti-saltwater coating. TR90 frames. One pair for the beach. One for the car. One for sport. One as a backup. $99 for all four. Buy 1, Get 3 Free — add 4 pairs to cart and the discount auto-applies. Free shipping. Free replacements. Shop the summer collection:navieyewear.com/collections/polarized

 

Part 6: Summer Travel and UV by Destination

How UV Changes by Latitude and Altitude

UV intensity increases as latitude decreases (closer to the equator) and as altitude increases. Traveling south in summer significantly increases UV exposure: moving from New York to Miami adds approximately 30–40% UV intensity at comparable times of day and conditions. Moving from Miami to the Caribbean or Mexico adds another 20–30%. A two-week summer holiday in a tropical destination can deliver a UV dose to the eyes that approaches or exceeds several months of home-location exposure.

 

Destination	Typical Summer UV Index	Relative UV vs Northern US	Recommended Lens
Northern US / UK / Northern Europe	UV 4–7	Baseline	Cat 2–3 polarized UV400
Southern US (Florida, Texas)	UV 7–9	+30–40%	Cat 3 polarized UV400
Mediterranean (Spain, Italy, Greece)	UV 8–10	+40–60%	Cat 3 polarized UV400
Caribbean / Mexico	UV 10–12	+60–80%	Cat 3 polarized UV400
Equatorial tropics	UV 12+	+80–100%+	Cat 3 polarized UV400
High altitude (Alps, Rockies, Andes)	UV varies +10–12%/1000m	Adds significantly to any base	Cat 3–4 polarized UV400

 

Holiday Airports and Transitions

Travel to summer destinations involves multiple UV exposure scenarios in a single day: outdoor time at departure, transit zones with glass atrium environments (which transmit some UV), arrival at a higher-UV destination, and immediate outdoor activity at the destination. Having UV400 sunglasses accessible from the start of travel — in carry-on rather than checked luggage — means protection is available throughout the journey rather than only after bags are retrieved.

The Tourist Shop Sunglass Risk

Holiday destinations and airport shops are prime locations for the highest-risk sunglass purchasing scenario: attractive, cheap, prominently displayed sunglasses with UV claims that independent testing consistently shows have high failure rates. The combination of buyers in a new high-UV environment, the immediate desire for eye protection, and the availability of cheap unverified products creates the conditions for one of the most common UV eye protection failures. Pack your UV400 polarized sunglasses before you travel. The tourist shop pair you buy at the resort is statistically likely not to be the protection it claims to be. The verification guide for any sunglass purchase is in7 signs your sunglasses are not protecting your eyes.

 

Part 7: Summer and Children — The Most Important Section

Why Children Are Most Vulnerable in Summer

Children’s crystalline lenses are more UV-transparent than adults’, admitting significantly more UV to the retina for the same ambient exposure. During school summer holidays, children spend 6–8 weeks in unstructured outdoor activity at the highest UV season of the year. This combination — peak UV season, maximum outdoor time, most UV-transparent lenses — makes summer the period of highest annual UV accumulation for children.

The WHO estimates that up to 80% of a person’s lifetime UV dose may be accumulated before age 18. Summer school holidays are a significant contributor to this accumulation. Every summer of unprotected outdoor time in childhood adds to the lifetime UV total that drives cataract and macular degeneration risk decades later.

The Children’s Sunglass Certification Problem in Summer

Summer also concentrates the tourist shop and novelty sunglass problem for children: brightly colored, character-themed, attractively priced children’s sunglasses sold in beach shops, tourist areas, and seasonal retail that have UV protection failure rates of 40–60% in independent testing. A child wearing dark non-UV400 sunglasses outdoors is experiencing greater UV retinal exposure than they would with no glasses at all.

UV400 polycarbonate is non-negotiable for children’s summer sunglasses. The complete children’s UV protection guide including how to verify UV400 on any product and how to build the sunglass habit is inthe complete guide to sunglasses for kids and teenagers.

 

Part 8: What to Avoid in Summer Sunglasses

 

Part 9: The Summer Sunglass Rotation — What to Own

Summer covers more different activity types than any other season. A single pair of sunglasses, however well-specified, cannot serve every scenario optimally. The practical solution is a summer rotation: multiple pairs with different characteristics for different summer contexts.

 

 

Navi Eyewear’s Buy 1, Get 3 Free deal at $99 is designed exactly for this rotation model: four UV400 polarized pairs for the price of less than one pair of designer sunglasses. Browse the full collection atnavieyewear.com/collections/polarized and pick four for the season.

 

Part 10: Reading a Summer Sunglass Label

What Must Be There

 

What to Question

 

Part 11: Summer Sunglass Quick Reference Table

 

Summer Activity	Lens Tint	Polarized?	Category	Key Feature
Everyday outdoor / errands	Gray	Yes	Cat 2–3	Color accuracy, all-round
Driving — summer	Gray or Amber	Yes — essential	Cat 2–3	Road glare elimination
Beach — sunny	Amber or Gray	Yes	Cat 3	Anti-saltwater coating
Beach — very bright / tropical	Gray solid or mirror	Yes	Cat 3	Maximum brightness reduction
Open water / boating	Copper or Amber	Yes — essential	Cat 2–3	Sub-surface visibility, anti-salt
Fishing	Copper	Yes — essential	Cat 2	Sub-surface fish spotting
Cycling — summer	Amber or Gray	Optional	Cat 2–3	Impact resistant, wraparound
Running outdoors	Amber or Gray	Optional	Cat 2	Lightweight, secure grip
Golf	Amber / Brown	Optional	Cat 2	Green contrast enhancement
Festival / outdoor event	Any UV400 polarized	Yes	Cat 2	Style + protection
Summer travel — tropical	Gray or Amber	Yes	Cat 3	Maximum UV + glare control
Children outdoors	Gray or Amber UV400	Recommended	Cat 2	UV400 polycarbonate, verified

 

Part 12: Best For

Polarized UV400 Gray — Best For:

 

Polarized UV400 Amber / Brown — Best For:

 

Polarized UV400 Copper — Best For:

 

Part 13: Who This Is Not For

 

Part 14: Common Summer Sunglass Mistakes

 

Bottom Line

Summer is the most important season for eye protection and the season where most UV eye protection mistakes are made. The UV intensity is highest, the outdoor hours are longest, the travel takes people to higher-UV destinations, and the seasonal purchase of cheap unverified sunglasses at tourist shops is at its peak.

The correct summer specification is UV400 polarized polycarbonate in the right lens category for your activities — and a rotation of pairs that covers the full range of what summer involves. Driving, beach, sport, events, travel. Each has slightly different optimal characteristics. None requires spending $175 per pair to get the complete protection and performance specification.

Navi Eyewear’s $99 Buy 1, Get 3 Free deal is the summer rotation model made practical: four UV400 polarized pairs with FDA-cleared polycarbonate, oleophobic and anti-saltwater coating, and free replacements for the price of less than one pair of designer sunglasses. Build your summer rotation now. Don’t wait until you arrive at the resort.

Browse the full summer collection atnavieyewear.com/collections/polarized. Add 4 pairs to cart — the Buy 1, Get 3 Free discount auto-applies. Free shipping. Free replacements.

 

 

Frequently Asked Questions

 

What are the best sunglasses for summer?

UV400 polarized lenses in the right category for your activities: Category 3 gray polarized for general summer use and driving, Category 2–3 amber polarized for beach and sport, copper polarized for water and fishing. In all cases, polycarbonate lenses for inherent UV400 protection and impact resistance, and anti-saltwater coating if any beach or water use is planned. Browse quality UV400 options atnavieyewear.com/collections/polarized.

What UV index should I wear sunglasses at?

The WHO recommends eye protection when the UV index is 3 or above. In summer at temperate latitudes, UV index 3 is reached by mid-morning on clear days and is present even on overcast summer days at UV index 5–6. In practice: wear UV400 sunglasses any time you are outdoors for more than 30 minutes in summer, regardless of whether it feels sunny. UV accumulates on overcast days and during activities that do not feel like sun exposure events.

How dark should sunglasses be in summer?

Category 2 (18–43% VLT) for everyday summer outdoor use, driving in moderate conditions, and outdoor activities with variable light. Category 3 (8–18% VLT) for beach days, tropical travel, open-water activities, and high-UV-index environments. Avoid Category 4 (3–8% VLT) for driving — it is too dark for safe road use. Darkness should be determined by conditions, not by aesthetics.

Do I need polarized sunglasses for summer?

For summer driving, beach days, water sports, and any activity involving reflective surfaces — yes. Polarization eliminates horizontal surface glare that standard dark lenses cannot address regardless of their darkness. In summer, reflective surfaces are everywhere: wet roads, beach sand, open water, pools. Polarized UV400 is the complete summer lens specification for any of these environments. The complete polarization guide is inpolarized vs non-polarized sunglasses: the definitive guide.

Can you get enough UV through sunglasses to get a tan?

Yes — UV400 sunglasses block UV to the eyes but do not block UV to the surrounding skin. Tanning (which is driven by UVA to the skin) continues normally on exposed facial and body skin while the eyes are protected. UV400 sunglasses protect the eyes from UV-related damage; they do not prevent UV from affecting the skin around the eyes. Sunscreen on the periocular skin (around the eyes) alongside UV400 sunglasses provides the complete facial UV protection for summer outdoor use.

What are the best sunglasses for a summer holiday abroad?

UV400 polarized Category 3 lenses packed before you travel — not bought at the destination. Summer holiday destinations in the Mediterranean, Caribbean, and tropical regions routinely reach UV index 10–12. Tourist shop and resort shop sunglasses have the highest UV certification failure rates of any purchasing channel. Pack your verified UV400 polarized pair in your carry-on so protection is available from the start of the journey. The summer travel UV guide by destination is in Part 6 of this article.

How do I protect my children’s eyes in summer?

UV400 polycarbonate sunglasses from a verified brand worn consistently during outdoor play. The specific risk in summer is the combination of peak UV season, maximum outdoor time, and children’s more UV-transparent lenses. Never buy unverified children’s sunglasses from beach shops, market stalls, or tourist areas — UV certification failure rates in these channels are 40–60%. The complete guide to protecting children’s eyes including how to verify UV400 on any product and how to build the sunglass habit is inthe complete guide to sunglasses for kids and teenagers.

Should I wear sunglasses on an overcast summer day?

Yes. Overcast summer days still deliver 50–70% of clear-day UV at the same time of day and latitude. At UV index 5–6 on a moderately overcast summer day — the typical range for temperate locations — you are receiving meaningful UV exposure that accumulates with every outdoor hour. The visual signal of ‘it doesn’t feel sunny’ is not a reliable UV exposure indicator. Wear UV400 sunglasses whenever you are outdoors in summer for more than brief durations.

What’s the difference between summer sunglasses and regular sunglasses?

There is no separate product category called ‘summer sunglasses.’ What changes in summer is the conditions and therefore the specification requirements: higher UV index calls for UV400 certification; more reflective surface environments call for polarization; beach and water use calls for anti-saltwater coating; higher-intensity conditions may call for Category 3 rather than Category 2. A quality UV400 polarized pair worn year-round is the right pair for summer. The summer context simply makes having that specification non-negotiable rather than just recommended.

Are cheap summer sunglasses safe?

Only if explicitly UV400 certified with a verifiable claim. Cheap summer sunglasses without UV400 certification — the category that includes most market stall, tourist shop, and beach shop products — are actively harmful for eye health: dark lenses without UV protection cause pupil dilation into unprotected UV, increasing UV retinal exposure compared to no glasses. The UV certification failure rate in unverified budget products is 40–60%. The buying guide for any sunglass purchase is incheap vs expensive sunglasses: a spec-by-spec comparison.

What lens tint is best for summer beach days?

Amber or gray polarized UV400 at Category 3. Amber provides contrast enhancement for the beach environment — more legible sand and water features, better ball tracking for beach sports. Gray provides color accuracy and maximum glare elimination at Category 3 darkness. Both are appropriate for beach use. Add anti-saltwater coating for any pair that will be used at the beach, in the water, or in marine environments. Anti-saltwater coating protects the lens surface from the accelerated degradation that salt crystal deposition causes.

 

 

Supporting Articles

 

 

RELATED READING ->  Best Sunglasses for Festival Season | Navi Eyewear ->  Best Sunglasses for the Beach: UV400, Polarized and Salt-Resistant | Navi Eyewear ->  Sunglasses for Water Sports: Why Polarization Is Non-Negotiable | Navi Eyewear ->  Best Sunglasses for Driving: Polarized Lenses and Glare Reduction | Navi Eyewear ->  The Complete Guide to Sunglasses for Kids and Teenagers | Navi Eyewear ->  UV and Eye Disease: The Complete Guide | Navi Eyewear ->  The Best Sunglasses Under $50 | Navi Eyewear ->  The Best Sunglasses Under $100 | Navi Eyewear

 

 

BUILD YOUR SUMMER ROTATION. $99. FOUR PAIRS. UV400 polarized polycarbonate. FDA-cleared. Oleophobic and anti-saltwater coating. TR90 frames with stainless 5-barrel hinges. One for the car. One for the beach. One for sport. One for going out. All summer. All covered. Free shipping. Free replacements. Add 4 pairs — Buy 1, Get 3 Free auto-applies at checkout. Shop the summer collection now:navieyewear.com/collections/polarized

 

 

SOURCES & CITATIONS [1]  World Health Organization.“Solar ultraviolet radiation: global burden of disease from solar ultraviolet radiation.”WHO Environmental Burden of Disease Series, 2006.View source [2]  Taylor HR, West SK, Rosenthal FS, et al..“Effect of ultraviolet radiation on cataract formation.”New England Journal of Medicine, 1988.View source [3]  Cruickshanks KJ, Klein R, Klein BE.“Sunlight and age-related macular degeneration: the Beaver Dam Eye Study.”Archives of Ophthalmology, 1993.View source [4]  Rosenthal FS, Bakalian AE, Lou CQ, Taylor HR.“The effect of sunglasses on ocular exposure to ultraviolet radiation.”American Journal of Public Health, 1988.View source [5]  Dain SJ.“Sunglasses and sunglass standards.”Clinical and Experimental Optometry, 2003.View source [6]  Sliney DH.“UV radiation ocular exposure dosimetry.”Documenta Ophthalmologica, 1994.View source [7]  Gies HP, Roy CR, Toomey S, et al..“Solar UVR exposures of three groups of outdoor workers on the Sunshine Coast, Queensland.”Health Physics, 1995.View source [8]  American Academy of Ophthalmology.“Sunglasses: choosing the right pair for UV protection.”AAO EyeSmart, 2023.View source [9]  De Faber JT, Naeser K, Kessing SV.“Polarized light and contrast sensitivity under glare conditions.”Ophthalmic Research, 2013.View source [10]  National Eye Institute.“Cataracts: causes, symptoms, diagnosis, and treatment.”National Eye Institute (NIH), 2023.View source