Eqip Sermia Glacier is a large glacier located in the west of Greenland. It is part of the larger Greenland Ice Sheet, and lies in the northeast corner of the country, just south of the Arctic Circle. The glacier is about 6 miles wide and more than 60 miles long, and is one of the largest glaciers in the world.
Eqip Sermia Glacier is a popular destination for tourists, as it is easily accessible by boat. It is also a popular spot for researchers and scientists, as its location provides a unique opportunity to study the effects of global warming on glaciers.
The glacier is located in a mountainous region, and is surrounded by several peaks, including the highest peak in Greenland, Gunnbjorn Fjeld. The area is also home to several species of wildlife, such as polar bears, musk oxen, and Arctic foxes.
Eqip Sermia Glacier has a rich history. It was first explored by Danish explorer Knud Rasmussen in 1906, and later by Norwegian explorer Roald Amundsen in 1912. In 1933, the first scientific expedition to the glacier was conducted by the British Arctic Expedition. This expedition resulted in the discovery of several new species of plants and animals, as well as the first accurate measurements of the glacier's size and depth.
In recent years, Eqip Sermia Glacier has been studied extensively due to its role in climate change. Scientists have noted that the glacier is retreating rapidly, with some estimates suggesting that it has lost up to 40% of its mass in the past three decades. This is thought to be due to a combination of rising temperatures and increased snowfall.
Eqip Sermia Glacier is an important part of the Arctic landscape and an important part of Greenland's history. It is an important destination for scientists, tourists, and explorers alike, and its melting and retreat is a reminder of the effects of global warming.
Experience Eqip Sermia Glacier with unforgettable activities by our partner GetYourGuide. The offer is also ideal as a special gift idea for family and friends who are planning to visit Eqip Sermia Glacier. Cancellations are possible up to 24h before the start of the activity (unless otherwise stated in the activity description), with a full refund of the booking price.
The climate in Eqip Sermia Glacier in Greenland is generally cold and dry throughout the year, with temperatures rarely rising above 0°C. During the winter months (November to March), temperatures can drop as low as -20°C, with high winds and snowfall. Spring (April to June) brings milder temperatures and occasional rain, while the summer months (July to September) are the warmest, with temperatures reaching around 10°C and more frequent rain. Autumn (October) is usually the wettest season, with temperatures dropping back to winter levels.
Our weather forecast for Eqip Sermia Glacier helps plan your stay according to the weather. For sunny days, pack light and breathable clothes, swimwear, and sunscreen. For winter weather, it's recommended to bring warm clothes, gloves, a hat, sturdy footwear, and a raincoat.
Date | Icon | Temperature | Wind speed/gusts | Cloudiness/Visibility | Air humidity/pressure | Sunrise/Sunset |
---|---|---|---|---|---|---|
Nov. 23rd 2024 Nov. 23rd 2024 | max: -23.0 °C min: -36.1 °C |
15.8 m/s 27.4 m/s |
98.4 % 12.4 m |
70.3 % 1,034 hPa |
||
Nov. 24th 2024 Nov. 24th 2024 | max: -20.6 °C min: -25.9 °C |
31.3 m/s 58.0 m/s |
100.0 % 3.3 m |
76.8 % 1,021 hPa |
||
Nov. 25th 2024 Nov. 25th 2024 | max: -17.9 °C min: -21.3 °C |
49.0 m/s 81.4 m/s |
100.0 % 0.1 m |
80.8 % 1,007 hPa |
||
Nov. 26th 2024 Nov. 26th 2024 | max: -18.6 °C min: -29.6 °C |
51.1 m/s 83.2 m/s |
100.0 % 0.2 m |
77.9 % 1,006 hPa |
||
Nov. 27th 2024 Nov. 27th 2024 | max: -31.2 °C min: -52.1 °C |
23.4 m/s 40.0 m/s |
99.9 % 3.1 m |
51.5 % 1,049 hPa |
||
Nov. 28th 2024 Nov. 28th 2024 | max: -34.0 °C min: -43.3 °C |
14.4 m/s 22.0 m/s |
100.0 % 1.4 m |
68.6 % 1,045 hPa |
||
Nov. 29th 2024 Nov. 29th 2024 | max: -44.7 °C min: -48.6 °C |
13.7 m/s 13.0 m/s |
82.6 % 8.5 m |
57.3 % 1,069 hPa |
||
Nov. 30th 2024 Nov. 30th 2024 | max: -45.6 °C min: -48 °C |
13.7 m/s 13.0 m/s |
54.4 % 19.3 m |
60.0 % 1,068 hPa |
||
Dec. 1st 2024 Dec. 1st 2024 | max: -30.9 °C min: -46.3 °C |
19.8 m/s 19.1 m/s |
76.9 % 13.3 m |
65.3 % 1,057 hPa |
||
Dec. 2nd 2024 Dec. 2nd 2024 | max: -20.3 °C min: -34.4 °C |
31.3 m/s 54.4 m/s |
79.8 % 12.5 m |
69.2 % 1,031 hPa |
||
Dec. 3rd 2024 Dec. 3rd 2024 | max: -20.5 °C min: -33.6 °C |
29.4 m/s 51.1 m/s |
100.0 % 1.4 m |
76.7 % 1,027 hPa |
||
Dec. 4th 2024 Dec. 4th 2024 | max: -10.9 °C min: -32 °C |
66.2 m/s 104.0 m/s |
100.0 % 0.4 m |
83.1 % 1,011 hPa |
||
Dec. 5th 2024 Dec. 5th 2024 | max: -12.8 °C min: -30.8 °C |
51.5 m/s 77.6 m/s |
100.0 % 0.5 m |
78.2 % 1,027 hPa |
||
Dec. 6th 2024 Dec. 6th 2024 | max: -31.0 °C min: -35.5 °C |
16.2 m/s 22.0 m/s |
99.8 % 1.4 m |
72.0 % 1,052 hPa |
||
Dec. 7th 2024 Dec. 7th 2024 | max: -26.6 °C min: -39.5 °C |
24.1 m/s 41.4 m/s |
99.1 % 13.9 m |
65.3 % 1,073 hPa |
Would you like to travel to Eqip Sermia Glacier on a cruise ship or would you just like to know when a certain ship will dock there? Here you will find an overview of the cruise ships that will be calling at the port of Eqip Sermia Glacier.
Date | Ship | Arrival | Departure | Details |
---|---|---|---|---|
Jul. 14th 2026 Tuesday, 14th of Jul. 2026 | HANSEATIC spirit | 12:00 am | 12:00 am | |
Jul. 15th 2026 Wednesday, 15th of Jul. 2026 | HANSEATIC spirit | 12:00 am | 12:00 am | |
Jul. 16th 2026 Thursday, 16th of Jul. 2026 | HANSEATIC spirit | 12:00 am | 12:00 am | |
Jul. 26th 2026 Sunday, 26th of Jul. 2026 | HANSEATIC spirit | 12:00 am | 12:00 am | |
Jul. 27th 2026 Monday, 27th of Jul. 2026 | HANSEATIC spirit | 12:00 am | 12:00 am | |
Jul. 28th 2026 Tuesday, 28th of Jul. 2026 | HANSEATIC spirit | 12:00 am | 12:00 am |
Photos by cruise fans for cruise fans!
Share your best pictures with the community and discover authentic images from travellers who have already been there.
- There are no photos available for Eqip Sermia Glacier yet.
Share your holiday photos with the community and inspire others to their next adventure!
There are a few basic rules to follow
.Port | Distance |
---|