Turkey’s climate is extraordinarily varied. Coastal regions along the Mediterranean and Aegean Seas enjoy a classic Mediterranean climate—long, sunny, dry summers and mild, rainy winters. In contrast, the interior highlands and eastern plateaus lie under a more continental regime, where winters are bitterly cold and snowy and summers intensely hot and arid. This wide range stems from Turkey’s geography: its coasts are buffeted by four seas (Mediterranean, Aegean, Black, Marmara), yet much of the land is a mountainous interior. Two great ranges – the Pontic Mountains in the north and the Taurus Mountains in the south – slice the country, creating rain shadows that cause dramatic climate differences. In other words, Turkey’s climate is shaped by altitude and position: low coastal lands soak up maritime warmth and moisture, while the high inland plateau endures continental extremes.
Turkey’s climate is a product of mountains, seas and winds. Nearly two-thirds of Turkey is mountainous. The Pontic Mountains to the north and the Taurus Mountains to the south run roughly parallel to the Black Sea and Mediterranean coasts. These ranges force moist air to rise and drop rain on their coastal slopes, casting a vast rain shadow over the interior Anatolian plateau. As a result, regions like the Konya Plain may receive only a few hundred millimeters of rain a year, while coastal valleys on the Black Sea or Mediterranean can receive over 2000 mm in a year. The seas around Turkey moderate temperatures along the coast. The Mediterranean and Aegean shores enjoy milder winters and cooler summers because of the nearby water. The Black Sea, though smaller, supplies winter moisture: its relatively warm waters can generate lake-effect snow into western Turkey when cold Siberian air blows in winter.
Continental air masses further influence the seasons. In winter, frigid air often pours in from Siberia, driving interior temperatures far below freezing. In summer, hot dry air from the Middle East can stream northward, raising temperatures. Certain local winds are legendary: the Poyraz (a northeasterly wind) sharply chills Istanbul and northwest Turkey in winter, while the Lodos (a southwesterly) can suddenly bring warm, humid air and storms to the Aegean and Marmara regions even in midwinter. In short, Turkey’s climate depends on a complex mix of altitude and airflow: high mountains and distant seas create the stark contrast between the coasts and the heartland.
A Köppen-Geiger climate map of Turkey vividly illustrates these differences. Almost every major Köppen category appears in Turkey. Along the Aegean and Mediterranean coasts, the climate is Csa/Csb (hot-summer Mediterranean) with dry summers and wet winters. The northwestern coast and Black Sea fall into Cfa/Cfb (warm-temperate/oceanic) climates, with year-round precipitation. Central Anatolia is largely BSk (cold semi-arid), and the high eastern plateaus are D-type (continental) with long winters. Reading the map, the sunny gold band of Csa/Csb hugs the western and southern coasts, while mauve shades (Cfa/Cfb) lap the Black Sea coast. The central plateau is coded beige and olive (BSk/D), and the eastern mountains show green and purple (alpine/continental). For example, Istanbul lies at the junction of Csa, Cfa and even Cfb, reflecting its mixed Mediterranean and oceanic influences. In sum, Köppen’s scheme confirms that Turkey spans an exceptional variety of climates, rooted in its diverse geography and latitude.
Turkey’s climate zones align broadly with its geographic regions. The Mediterranean and Aegean coasts fall under hot-summer Mediterranean climates (Köppen Csa/Csb) with long, scorching summers and mild, rainy winters. The Black Sea coast is in a warm-temperate zone (Cfa/Cfb): here, rainfall occurs year-round and summers are warm but not extreme. Inland Anatolia is largely cold semi-arid (BSk) or fully continental (D): summers are hot and bone-dry, winters bitterly cold. For example, Antalya averages about 19°C year-round (with July around 30°C), whereas Ankara sees an annual mean closer to 14°C (July ~27°C, January below 0°C), often with snow on the ground for weeks. Eastern highland cities like Erzurum occupy the Dfc/Dfb zone (very cold winters), while southeastern cities like Diyarbakır border on BSh (very hot, dry summers).
Turkey is officially divided into seven regions, each with distinct climate traits:
Each has a characteristic climate:
The Marmara Region lies at the crossroads of Europe and Asia. Its climate is transitional: it borders the Black Sea influences to the north and Mediterranean influences to the south. Winters are cool and wet but not bitter (average lows around 4–6°C), and summers are warm, with average highs around 25–28°C. Seasonal rainfall is fairly evenly spread, peaking in winter. The Sea of Marmara often keeps winter lows just above 0°C in coastal areas like Istanbul, so snow is relatively infrequent in the city. Wind patterns heavily influence local weather: the Lodos and Poyraz winds (southwesterly and northeasterly, respectively) can bring sudden shifts, such as unseasonable warmth or cold snaps even in winter. For example, Uludağ near Bursa (2,400 m elevation) often sees over 2 meters of snow each winter, making it one of Turkey’s premier ski areas.
The Aegean Region stretches along the west coast and enjoys a strong Mediterranean signature. Summers are long, hot and nearly rainless; daytime highs commonly reach the upper 20s to low 30s °C (often 25–35°C), while nights cool pleasantly. Winters are mild: average January lows around 6–10°C. Spring and autumn are warm and sunny, making these seasons ideal for visiting the region’s many archaeological sites. One notable feature is the summer “meltemi” winds: a cool north wind that regularly sweeps down the coast each afternoon, moderating the heat and fueling windsurfing spots. The region’s mild, wet winters allow abundant olive, fig and grape cultivation.
The Mediterranean Region (south coast, including Antalya, Adana, Mersin) has the archetypal Mediterranean climate. Summers are very hot and dry – often nine months with negligible rain – and winters are short and mild with most of the rainfall. The Taurus Mountains protect the coast from cold northern winds and also force heavy winter rain on their slopes, leaving the coastal plains quite dry in summer. As a result, rain is concentrated in November–March (with up to 200 mm in a wet month), while June–September can go almost rain-free.
The Black Sea coast (from İstanbul’s eastern edge to the Georgian border) is Turkey’s wettest and greenest region. Moist air from the sea causes frequent rain almost every month. The climate is classified as oceanic/subtropical (Cfa/Cfb): summers are warm but seldom extreme (July highs around 22–24°C) and winters are cool (January ~4–7°C). Rainfall is distributed year-round, with autumn and winter wetter. For example, Rize province often exceeds 2,500 mm annually, supporting tea plantations and dense forests. Even at the height of summer, showers are common (March can average ~11 rainy days). August tends to be the driest month, but humidity remains high year-round.
Central Anatolia is the vast heartland plateau, including Ankara and Konya. It has a strongly continental, steppe climate (BSk) due to its high elevation (around 800–1,000 m). Summers are hot and bone-dry. Daytime highs often reach the upper 20s or low 30s °C (an average July around 25–27°C), while nights cool significantly (15–18°C). Winters are cold: January nights regularly dip below –5°C, and frosts are common (e.g. Ankara January averages ~–2°C). Snowfall occurs most winters and can linger on the ground for weeks.
Eastern Anatolia covers Turkey’s highest mountains. At altitudes often above 1,500 m, its climate is fully continental (D-type). Winters are long and frigid – Erzurum, for instance, averages below –10°C in January and records well under –30°C at night on extreme occasions. Summers are brief and mild: July highs may reach 25–30°C on warm days, but nights stay cool. Snow covers mountains for much of the year.
Southeastern Anatolia (the lowest-elevation region, including Gaziantep, Diyarbakır, Şanlıurfa) is one of Turkey’s hottest and driest. It has a semi-arid climate (BSk) strongly influenced by nearby deserts. Summers are scorching: July temperatures in the mid-30s°C are common, and records have neared 48°C. Nights cool only moderately (often to 20°C or so). However, winters are relatively mild: January daytime highs average around 10°C, with frosts at night but only occasional short-lived snow. Almost all precipitation falls from late autumn to spring – July and August are virtually rainless.
Turkey’s journey through the year is dramatic. Each season offers different highlights and challenges. Below is a month-by-month summary to guide travelers and enthusiasts.
Spring is a season of renewal. As the long winter fades, most of Turkey warms up quickly by April. Cherry and almond blossoms appear across the west, and fields turn emerald green.
Summer is peak tourist season – and for good reason. The entire country basks in warmth and sunshine, with regional nuances:
Autumn brings a gradual cooldown and often spectacular fall color, especially in forests of the Black Sea and Central Anatolia.
Winter divides into two realities: mild and wet in the west, vs. cold and snowy inland.
Turkey’s wardrobe needs are as varied as its climate. Below are guidelines to dress appropriately for both weather and culture.
Turkey sits on a climate hotspot. Like other Mediterranean countries, it is “highly vulnerable” to climate change. Recent decades show significant trends: official data reveal that Turkey’s mean winter temperature is rising, and extreme events are more frequent. Notably, the winter of 2024 was exceptionally warm: average nationwide temperatures were ~12.7°C (the second-highest ever), and Istanbul reached 17°C on February 9 – over 15°C above its normal. Meanwhile, summers have broken records: summer 2024 averaged 26.1°C across Turkey, 2.1°C above the 1991–2020 average, making it “the hottest in the past 54 years”. In short, Turkey’s climate is getting hotter and more erratic.
Research confirms this: the World Bank notes an uptick in floods, droughts, heatwaves and wildfires in recent years. For example, Turkey experienced devastating floods in 2021, intense summer wildfires, and an unprecedented “sea mucilage” (algal bloom) along the Aegean coast in 2021, which “damaged the tourism and fishing industry”. These are early signals of climate stress. Projections suggest Turkey will continue to warm by several degrees by century’s end, especially in the summer. Summers are lengthening and intensifying; winters are warmer but may bring more heavy storms. The nation’s record high (49.1°C in 2010) and record low (−46°C in 1997) may become more likely to be broken again.
Agriculture in Turkey is acutely sensitive to climate change. Two-thirds of Turkey’s water is used for irrigation, and farmers have already felt the strain. A 2020 survey of farmers across the country (by TÜSİAD) found 97% of farmers reporting diminishing harvests due to changing weather. In heartland regions like the Konya Plain, severe droughts have turned once-green fields brown. The expanding Southeastern Anatolia irrigation projects (GAP) were partly responses to historical water stress – paradoxically, even with dammed rivers, summers remain extremely dry.
Water conflict is intensifying. The same TÜSİAD report noted that Turkey’s major dams (supplying cities like Istanbul and Ankara) have hit record-low levels, aggravating competition between urban water demand and irrigation. Agriculture consumes roughly 74% of Turkey’s water. In years of drought, farmers drill more wells, lowering groundwater tables. Some lakes and wetlands in Central Anatolia have shrunk dramatically – for instance, Lake Tuz’s extent is often only a fraction of its former size by late summer. If climate trends continue unabated, Turkey’s self-sufficiency in grains and vegetables could decline, and the government may need to adjust planting strategies.
Turkey’s tourism industry – a pillar of the economy – will need to adapt to the changing climate. Traditional “sun and sand” holidays face new realities. Already, Antalya (Turkey’s top resort city) hit 44.7°C in July 2024, raising concerns about tourist comfort in peak summer. Analysts suggest the tourism season may “deseasonalize”: the shoulder seasons of spring and fall could become more attractive, while July/August might become too hot for many visitors.
Winter tourism also feels the strain. Ski areas have experienced shorter seasons; for example, Palandöken (Erzurum) and Uludağ (Bursa) now rely on artificial snow more often due to warmer winters. On the coastal side, unusual events like the toxic “sea mucilage” of 2021 turned beaches unappealing and hurt cruise traffic. In the longer term, sea-level rise could threaten coastal infrastructure (models predict up to ~0.5–1.0 m rise by 2100), putting places like Istanbul and Antalya’s low beaches at risk.
In sum, climate change is expected to make Turkey’s weather less predictable. Tour operators and cities are already planning for it by investing in heat-ready infrastructure (more shaded areas, water fountains, green spaces) and promoting alternative seasons. The message for travelers is clear: be prepared for more intense heat in summer, and consider spring or early autumn as the new ‘golden’ times to visit.
What type of climate does Turkey have?
Turkey does not have a single climate. Broadly, it is temperate and Mediterranean on the coasts, but continental inland. Most coastal areas on the Mediterranean and Aegean have a classic Mediterranean climate: dry summers and mild, wet winters. The northern Black Sea coast has a more oceanic/subtropical climate, with rain year-round and humid summers. Inland Turkey – the central plateau and eastern highlands – has a continental climate: very hot summers and cold, snowy winters. Overall, one hears that “Turkey spans from subtropical to continental climates.” There is no single label for “Turkey’s climate” – it ranges from Mediterranean (Csa/Csb) to temperate (Cfa/Cfb) to steppe (BSk) to continental alpine (D).
What are the 7 climate regions of Turkey?
Turkey’s seven official regions (with different climates) are: Marmara, Aegean, Mediterranean, Black Sea, Central Anatolia, Eastern Anatolia, and Southeastern Anatolia. Each region corresponds to distinct geography and weather: for example, Marmara and Aegean are moderate, Mediterranean-like; the south (Mediterranean region) is hot-Dry; the north (Black Sea) is wet-temperate; Central Anatolia is semi-arid continental; Eastern Anatolia is cold continental; and Southeastern Anatolia is hot, dry and semi-arid.
Why is there a big climate difference between the coast and the interior?
This comes down to geography and distance from water. Turkey’s coastlines are buffered by warm seas, while the interior lies behind high mountains. In effect, the Pontic (north) and Taurus (south) mountain ranges wring out moisture from the air masses before they reach the interior. The Anatolian Plateau ends up in a “rain shadow,” receiving little moisture. (As one source notes, “The semi-arid Anatolian Plateau is rain shadowed by mountain chains including the Pontic… and the Taurus Mountains”.) Large water bodies also moderate extremes: coastal air warms and cools more slowly. So Mediterranean coasts have mild winters and relatively cool summers, whereas inland areas heat up and cool off dramatically. For example, coastal Antalya’s summer days average ~32°C and winter lows ~9°C, while interior Konya may get ~30°C in summer but fall to –5°C in winter nights. In short: seas bring humidity and milder temperatures to the edges, mountains block that from the center, making the heart of Turkey much drier and more continental.
Is Turkey hot in the summer?
Yes – especially away from the high Black Sea coast. July–August are hot across most of Turkey. Southern and interior plains often see daytime highs in the low-to-mid 30s °C (90s°F). In fact, on extreme days much of Turkey can exceed 40°C. In summer 2024, numerous provinces recorded multiple days above 40°C. The hottest months are July and August. Coastal heat is somewhat eased by sea breezes, but even Antalya and Izmir routinely reach 30–35°C by afternoon. The interior and southeast get the absolute highest values (records above 45°C have been measured in Şanlıurfa, Adana, etc.). By contrast, the Black Sea coast (Trabzon, Rize) stays cooler (mid-20s°C) thanks to sea air. In summary, Turkey can be very hot in summer – tourists should be prepared for intense heat and strong sun, especially away from the Black Sea.
Does it snow in Turkey?
Yes, though mostly away from the warm southern coasts. Snow is common inland and in the mountains. Central Anatolia (e.g. Ankara, Konya, Cappadocia) typically sees snow every winter. Eastern Anatolia (Erzurum, Kars) and high parts of the Black Sea region get heavy snow. Even some coastal areas see occasional snowfalls: Istanbul, for example, averages a light snow a few times in winter. In contrast, Antalya or Izmir rarely see snow at all (they are milder). So, yes – most of Turkey does experience snowfall, but primarily in winter months and mainly over the interior and northern highlands. The Mediterranean and Aegean coasts mostly avoid snow.
What is the coldest month in Turkey?
Typically, January is the coldest month across Turkey. Winter cold peaks in late December–February. For example, in central Ankara and Konya January nightly temperatures drop around –5°C or lower; in eastern cities like Erzurum the average January lows are well below –10°C. Even Istanbul’s coldest mean is in January (~8°C). One travel guide notes that “snow is not uncommon in January and even February” throughout Turkey. In practice, mid-winter (January) is usually the chilliest period. Sometimes late December or early February cold snaps rival January; but in general, expect January to be the lowest.
What is the hottest month in Turkey?
July or August is typically the hottest. Summer heat peaks in mid-July for most of Turkey. For example, Antalya’s average July high is in the mid-30s°C; central Ankara’s average July high is around 30°C. Heatwaves can push temperatures higher in either month (the record hottest temperatures often occur in late July or early August). After mid-August, the peak heat gradually subsides. So broadly, July is the hottest month in Turkey, closely followed by August.
What is the best month to visit Turkey?
For many travelers, the best months are the shoulder seasons of April–June and September–October. In these months the weather is generally warm and pleasant without the extreme heat or cold. For example, April and May offer comfortable temperatures (18–25°C) and blooming landscapes, making it ideal for sightseeing and outdoor activity. Likewise, September–October has similar conditions as summer ends, and the sea is still warm (September Adriatic water is ~25°C). Tourism guides often cite April, May, September and October as the prime travel windows. July and August can be uncomfortably hot in the south and crowded. November and March see more rain and chill, so outside the usual peak. In sum, plan for spring or early autumn for the best balance of weather and crowds.
How is the climate of Istanbul compared to other cities?
Istanbul’s climate is maritime-moderated and milder than most inland cities. Its winters (average ~8°C in January) are warmer than central cities like Ankara (~0°C) or Erzurum (around –7°C). Its summers (highs ~28°C) are similar or slightly cooler than places like Ankara. However, Istanbul is also more humid and receives year-round rain, unlike dry interior cities. In essence, Istanbul enjoys a transitional climate: less winter cold than Anatolia, but more humidity (and slightly milder summers) than Antalya. Its official Köppen type is borderline Cfa/Cfb (humid temperate) rather than true Mediterranean. Overall, Istanbul is warmer in winter and cooler in summer than the inland plateau – it sits almost in the middle of Turkey’s climate spectrum.
Why is there such a big climate difference between the coast and the interior?
As described above: the coastal-interior contrast comes from elevation and moisture. Mountain chains (Pontic, Taurus) line the coasts and soak up precipitation, so the distant interior is left dry. The seas (Mediterranean, Aegean, Black, Marmara) moderate the coast’s temperature swings. Large bodies of water heat and cool more slowly than land, so a seaside city like Antalya stays relatively warm in winter and Istanbul’s proximity to seas prevents extreme hot or cold. Interiors, far from the seas, heat up quickly in summer and cool drastically at night and in winter. In short, orography and distance from ocean cause the pronounced coast-vs-interior climate difference.
What is the Köppen-Geiger classification for Turkey’s climate?
Turkey spans multiple Köppen classes. The western and southern coasts are Csa/Csb (hot-summer and warm-summer Mediterranean). The far northwest and Black Sea coasts are Cfa/Cfb (humid subtropical/oceanic). Central Anatolia is mostly BSk (cold semi-arid steppe) due to low rainfall. The high eastern plateau is D (continental); Erzurum’s climate qualifies as Dfb/Dfc (humid or subarctic), and parts of the Taurus/Pontics at very high elevation can even be Dfc (alpine). One climatology source notes that Istanbul’s climate straddles Csa, Cfa, and Cfb types, underscoring this variety. In short, Turkey’s Köppen map shows everything from hot Mediterranean (Csa) to arid steppe (BSk) to cold continental (D), reflecting its complex geography.
What is the climate of the Mediterranean / Aegean / Marmara / Black Sea / Central Anatolia / Eastern Anatolia / Southeastern Anatolia region?
What should I wear in Turkey?
Clothing depends on season and location, but a few guidelines help. In summer, wear lightweight, breathable clothes and always use sun protection. In winter, layer up with coats, gloves and hats for inland areas; coastal cities need a warm jacket and rain gear. Importantly, whenever visiting mosques or conservative areas, dress modestly: cover your shoulders and knees and, for women, carry a headscarf. Footwear: always pack comfortable walking shoes. At mosques you will remove shoes, so slip-ons or sandals are convenient. In summer, a sarong or cover-up can be handy for moving from beach to town. Overall, adapt your wardrobe to both the weather and local customs.
How is climate change affecting Turkey?
Turkey is already warming faster than the global average. The country’s mean temperature has been rising, and extreme heat and weather events are increasing. For example, summer 2024 was declared “the hottest in the past 54 years”. Droughts have become more common and long-lasting, and Turkey is projected to become water-scarce by 2030 under current trends. Heatwaves are more frequent, and winter storms more intense. In short, Turkey is experiencing trends seen across the Mediterranean: hotter, drier summers and more variable winters.
How does climate change impact Turkish agriculture and water?
Agriculture feels the impact acutely. Farmers report frequent crop losses. In a 2020 study, 97% of Turkish farmers said climate change (drought, erratic rain) was harming their yields. Rainfall declines and higher temperatures stress water resources. Turkey’s large dams on the Euphrates and Tigris – once buffers – have run low in recent years, even before another drought. Since agriculture uses about 74% of Turkey’s water, this creates serious competition between farms and cities. Food production of cotton, grains and fruit is threatened unless irrigation becomes more efficient or drought-resistant varieties are planted. In sum, warming summers and shifting rains are drying out Turkey’s breadbasket.
How does climate change impact tourism in Turkey?
Tourism may need to adapt its seasons. Peak summer heat could push holidaymakers toward spring and fall. For instance, resorts on the Aegean might shift marketing to April–May and September when temperatures are still warm but not sweltering. Conversely, winter tourism (ski resorts) risks shrinking: shorter snowy periods will make ski seasons briefer. Already, climate anomalies have affected tourism: the 2021 “sea mucilage” event – likely linked to warming – choked coastal waters and “damaged the tourism and fishing industry”. In short, sun-and-beach tourism may see its high season move, and resorts must manage more extreme heatwaves and water issues. Analysts warn that spring and autumn could become the new favorite travel times, while infrastructure (cooling, shade, etc.) is being improved for a hotter future.