This article was accepted into the corpus but its outbound wikilinks were never NER-processed — typical at the deepest BFS hop or when the run's entity cap was reached. No expansion funnel to show.
| Lago di Place-Moulin | |
|---|---|
| Name | Lago di Place-Moulin |
| Location | Valtournenche, Aosta Valley |
| Type | Reservoir |
| Inflow | Moiry Glacier tributaries |
| Outflow | Dora Baltea |
| Basin countries | Italy |
| Area | 1.91 km² |
| Max-depth | 119 m |
| Elevation | 1,980 m |
Lago di Place-Moulin
Lago di Place-Moulin is a high-altitude reservoir in the Aosta Valley of northwestern Italy, situated above the Val de Rhêmes and near the Matterhorn massif. The artificial lake lies within the Gran Paradiso National Park region and is fed by alpine streams descending from glaciers and peaks of the Pennine Alps and Graian Alps. Its dam and basin play a role in regional hydroelectric networks that connect to the Dora Baltea river system and the Italian national grid managed by companies based in Turin and Milan.
The reservoir occupies a cirque surrounded by notable peaks such as Gran Paradiso, Monte Rosa, Cervino (Matterhorn), and Grand Combin, with catchment areas shared between the Pennine Alps and Graian Alps. It sits within the administrative boundaries of Aosta Valley municipalities including Bionaz and Valtournenche, and lies on historical transit routes linking the Aosta–Rhône corridor and passes toward Valais and Savoy. Topographically the basin is characterized by moraines and glacially scoured bedrock associated with former extents of the Gorner Glacier, Zamena Glacier, and other alpine icefields noted in cartography by the Istituto Geografico Militare. Surrounding alpine meadows connect to refuges used by organizations such as the Club Alpino Italiano and the Alpine Club (UK).
Plans for hydroelectric development in the upper Dora Baltea catchment date to early 20th-century industrialization centered in Turin and Genoa, and later expanded under initiatives linked to companies headquartered in Milan and multinational firms involved in postwar reconstruction. Construction of the masonry and concrete structures that impound the basin involved engineers educated at institutions like the Politecnico di Torino and procurement from firms active in Lombardy and Piedmont. The project intersected with policies of regional authorities in Aosta Valley and national infrastructure programs during periods associated with administrations seated in Rome. The dam’s erection required negotiations with landowners, alpine shepherding communities of Valtournenche, and legal frameworks influenced by the Italian Republic constitution and regional statutes of the Aosta Valley autonomous region.
Hydrologic inflows derive from snowmelt, sluice-controlled tributaries, and seasonal glacier runoff from summits like Mont Blanc-adjacent ranges and the Monte Rosa group, ultimately discharging into the Dora Baltea and thence the Po River basin. Reservoir operations are coordinated with downstream hydropower plants, transmission substations in Ivrea and Aosta, and water resource planners at agencies based in Rome. Management balances peak electricity demand served by grids tied to Terna Group infrastructure and flood attenuation strategies consistent with European directives shaped in Brussels. Seasonal drawdown protocols incorporate meteorological forecasts from services in Milan and Zurich and glaciological monitoring from researchers at ETH Zurich and Università degli Studi di Torino.
The lacustrine and alpine environments around the reservoir host flora and fauna typical of the Alps, including high-elevation plant communities studied by botanists at institutions like the University of Geneva and Université Grenoble Alpes. Faunal assemblages include species monitored by conservationists from WWF Italy and researchers collaborating with Gran Paradiso National Park authorities, while avifauna attracts ornithologists affiliated with the LIPU network. Environmental assessments reference European Natura 2000 frameworks coordinated through offices in Brussels and mitigation measures developed with input from ecologists at the University of Turin. Climate change impacts on glacier-fed runoff have been the subject of studies by teams from EPFL and CNR (Consiglio Nazionale delle Ricerche) informing adaptive management.
The reservoir and its environs are destinations for hikers, mountaineers, and anglers, with routes linked to trails maintained by the Club Alpino Italiano and guides from services operating in Courmayeur and Cervinia. Nearby alpine huts and tourist infrastructures include facilities promoted by regional tourism boards in Aosta Valley and links to itineraries toward Matterhorn viewpoints and long-distance paths such as the Alta Via Valdostana. Winter sports operators in La Thuile and Pila consider the area's water resources in snowmaking planning, and outdoor equipment manufacturers in Bolzano and Trento supply guided expeditions. Visitor access is coordinated with local municipalities and emergency services including the Corpo Nazionale Soccorso Alpino e Speleologico.
Access to the basin is via mountain roads and trails from valleys served by rail links to Aosta and highways connecting to Turin and Milan. Infrastructure supporting maintenance involves regional engineering firms and suppliers from Lombardy and Piedmont, with transport logistics using hubs in Ivrea and Chambéry for cross-border supplies to France and Switzerland. Emergency and conservation coordination engages agencies such as the Protezione Civile and park administrations that liaise with European alpine networks headquartered in Innsbruck and Grenoble.
Category:Lakes of Aosta Valley Category:Reservoirs in Italy