Arzl im Pitztal

Karrösten is a municipality and a village in the district of Imst, located 1.3 km east of Imst. The village was founded because of mining in the 16th century. Fruits and maize as well as sweet chestnuts flourish on the slopes.

The Gurglbach is a river of Tyrol, Austria. The Gurglbach originates on the rock face Heiterwand near Nassereith. It flows from west to east to Tarrenz, the only village that it passes completely through. There, it changes its route and flows south to Imst where it merges with the river Inn 4 km (2.5 mi) away from the town. It has a length of 25.2 km (15.7 mi).A calm, slow running brook, the river is one of the cleanest waters of Tyrol.

Karres is a municipality and a village in the district of Imst in Austria and is located 2.5 km east of Imst near the mouth of the Pitze River. The village was founded in the Middle Ages because of mining. It has 589 inhabitants.

The Pitze (also: Pitzbach) is a river in the Imst district, Tyrol, Austria, a right tributary of the river Inn. The Pitze flows through the Pitztal valley, a southern branch of the Inntal. It has a length of about 41 kilometres (25 mi), and its basin area is 308 km2 (119 sq mi). It merges with the Inn 3 kilometres (1.9 mi) east of the city of Imst at an elevation of 700 metres (2,300 ft).

Imst (German: [ɪmst] ; Southern Bavarian: Imscht) is a town in the Austrian federal state of Tyrol. It lies on the River Inn in western Tyrol, some 50 kilometres (31 miles) west of Innsbruck and at an altitude of 828 metres (2,717 feet) above sea level. With a current population (2018) of 10,504, Imst is the administrative centre of Imst District.

Tarrenz is a municipality in the Imst district and is located 3.60 km north of Imst at the lower course of the Gurgl brook. The village is an agriculture community with emphasis in sheep breeding and a settlement for commuters. In the last years Tarrenz was able to increase its economy and also to beautify the picture of the village. It has 2785 inhabitants (01.01.2022).

Roppen is a municipality in the Imst district and is located 5 km southeast of Imst between the mouths of the Pitze River and the Ötztaler Ache. The village was mentioned in documents in 1260 for the first time as "Roupen" but settlement already began 3000 years ago.

Jerzens is a municipality and a village in the district of Imst (district) and is located 8 km south of Imst at the Pitze River in the valley with the same name. Settlement of the area began around 600. The village was mentioned in a register in 1313 for the first time. Jerzens has 1008 inhabitants and its main source of income is agriculture and tourism.

Wenns (German pronunciation: [vɛns] ) is a municipality in the Imst district 7.30 km south of Imst at the Pitze river. Due to its central location in the Pitztal valley it is one of the area's key villages. The primary source of income is tourism, especially skiing even though there is no skiing in Wenns itself. The 700-year-old Stamserhaus in Wenns is the oldest farmhouse in Tyrol.

Imsterberg is a municipality and a town in the district of Imst located 4.4 kilometres (2.7 mi) west of Imst.

The Ötztaler Ache is a river in the district of Imst, Tyrol state of Austria. It is a right tributary of the Inn. It flows through the Ötztal valley, a southern branch the Inntal. Including its source rivers Venter Ache and Rofenache, it is 66.5 kilometres (41.3 mi) long. The Rofenache is the runoff of the Hintereisferner, a glacier at the foot of the Weißkugel, Ötztal Alps. At Vent, near Sölden, it takes up the Niedertalbach and its name changes to Venter Ache. At the confluence with the Gurgler Ache in Zwieselstein, Sölden, the Ötztaler Ache proper is formed. It flows through Sölden, Längenfeld, Umhausen and Oetz before joining the Inn 8 kilometres (5.0 mi) east of Imst. The river is one of its bigger tributaries.

Mils bei Imst is a municipality in the Imst district and is located 5 km west of Imst. Thanks to a motorway tunnel the location is free of heavy traffic. Mils possesses a flood-meadow which is a popular recreation area.