Santu Teru
Based on OpenStreetMap data, Santu Teru is 49 km long.
Santu Teru is in Italy, flowing through the subregions of Cagliari
Map
Distributaries / Outflows
Tributaries
Santu Teru has 31 tributaries.
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Riu Flumineddu, which joins it at N 39° 24′ 25″, E 9° 4′ 36″ at OSM node
n1337345965, and 178 km of total upstream flows in. -
Riu Coxinas, which joins it at N 39° 26′ 23″, E 9° 5′ 15″ at OSM node
n5329671581, and 98 km of total upstream flows in. -
Riu Cardaxiu, which joins it at N 39° 30′ 19″, E 9° 8′ 9″ at OSM node
n4547637386, and 69 km of total upstream flows in. -
Canale s'Arrole, which joins it at N 39° 29′ 50″, E 9° 6′ 46″ at OSM node
n4547637331, and 34 km of total upstream flows in. -
Riu Pardu, which joins it at N 39° 23′ 52″, E 9° 2′ 53″ at OSM node
n5273813562, and 33 km of total upstream flows in. -
Riu Cirras, which joins it at N 39° 29′ 40″, E 9° 6′ 50″ at OSM node
n4547637325, and 32 km of total upstream flows in. -
Riu Flumineddu, which joins it at N 39° 19′ 43″, E 8° 58′ 18″ at OSM node
n1952488372, and 23 km of total upstream flows in. -
Riu di Cossera, which joins it at N 39° 24′ 29″, E 9° 4′ 41″ at OSM node
n5489163100, and 16 km of total upstream flows in. -
Gora Paretta, which joins it at N 39° 32′ 21″, E 9° 9′ 11″ at OSM node
n1340823588, and 15 km of total upstream flows in. -
Riu Cardaxius, which joins it at N 39° 33′ 30″, E 9° 10′ 8″ at OSM node
n4547638799, and 13 km of total upstream flows in. -
Riu Tuvubois, which joins it at N 39° 34′ 2″, E 9° 10′ 13″ at OSM node
n5141419100, and 13 km of total upstream flows in. -
Gora Santessu, which joins it at N 39° 27′ 49″, E 9° 5′ 12″ at OSM node
n1583122271, and 9 km of total upstream flows in. -
Riu Perduanedda, which joins it at N 39° 31′ 42″, E 9° 9′ 11″ at OSM node
n1340823635, and 9 km of total upstream flows in. -
Riu Vergini Maria, which joins it at N 39° 25′ 26″, E 9° 4′ 41″ at OSM node
n1337328057, and 7 km of total upstream flows in. -
Riu Funtana Crobu, which joins it at N 39° 32′ 49″, E 9° 9′ 32″ at OSM node
n5149972094, and 6 km of total upstream flows in. -
Riu Cadelano, which joins it at N 39° 28′ 39″, E 9° 5′ 37″ at OSM node
n5338743202, and 5 km of total upstream flows in. -
Riu Tradori, which joins it at N 39° 25′ 59″, E 9° 5′ 4″ at OSM node
n5338936139, and 4 km of total upstream flows in. -
Riu s'Unprixi, which joins it at N 39° 33′ 11″, E 9° 9′ 59″ at OSM node
n5271618071, and 3 km of total upstream flows in. -
S'Arriu de Santi Teodori, which joins it at N 39° 30′ 52″, E 9° 8′ 22″ at OSM node
n5272269210, and 3 km of total upstream flows in. -
Riu Funtana Casteddu, which joins it at N 39° 27′ 31″, E 9° 4′ 39″ at OSM node
n5338743144, and 3 km of total upstream flows in. -
Riu Pala Zurruigus, which joins it at N 39° 26′ 54″, E 9° 5′ 3″ at OSM node
n1337322960, and 3 km of total upstream flows in. -
Sa Gora de su Nuraxeddu, which joins it at N 39° 28′ 40″, E 9° 5′ 38″ at OSM node
n1337322861, and 3 km of total upstream flows in. -
Riu Gutturu Domu de Corti, which joins it at N 39° 27′ 18″, E 9° 4′ 54″ at OSM node
n5338547675, and 3 km of total upstream flows in. -
Riu Bingias, which joins it at N 39° 35′ 17″, E 9° 9′ 40″ at OSM node
n5149972235, and 2 km of total upstream flows in. -
Gora Tistivillu, which joins it at N 39° 24′ 10″, E 9° 3′ 25″ at OSM node
n1338584776, and 2 km of total upstream flows in. -
Canale Funtana sa Canna, which joins it at N 39° 32′ 57″, E 9° 9′ 47″ at OSM node
n5271901605, and 2 km of total upstream flows in. -
Riu Funtana Corrus, which joins it at N 39° 26′ 40″, E 9° 5′ 11″ at OSM node
n1337322783, and 2 km of total upstream flows in. -
Riu su Piscinali, which joins it at N 39° 29′ 8″, E 9° 6′ 21″ at OSM node
n5337151899, and 1 km of total upstream flows in. -
Su au de Bau Piscu, which joins it at N 39° 35′ 31″, E 9° 9′ 32″ at OSM node
n5149969724, and 982 m of total upstream flows in. -
Riu Bau Pescu, which joins it at N 39° 35′ 53″, E 9° 9′ 17″ at OSM node
n4547638895, and 979 m of total upstream flows in. -
Riu Tupperi, which joins it at N 39° 37′ 44″, E 9° 9′ 13″ at OSM node
n5149780511, and 797 m of total upstream flows in.
osm.org