Add to ORKGHydropower infrastructure affects many large rivers worldwide, threatening riverine and coastal ecosystems by fragmenting flow, disturbing landscapes and water retention and altering sedimentation and primary production. This thesis investigated major impacts of hydropower regulation on hydrological and geochemical processes in large boreal rivers. Geochemical river transport, sediment composition and hydrogeochemical functioning of the river-aquifer interface were studied in the regulated Lule River and the unregulated, otherwise similar, Kalix River in Northern Sweden.Regulation halved mean maximum runoff and tripled minimum runoff and winter transport of total organic carbon (TOC), Fe, Si, suspended Mn and P compared with the unregulated...
Abstract The most radical anthropogenic impact on water systems in Sweden originates from the years ...
Despite the importance of river nutrient retention in regulating downstream water quality and the po...
Regulation and fragmentation by dams belong to the most widespread deliberate impacts of humans on t...
Hydropower infrastructure affects many large rivers worldwide, threatening riverine and coastal ecos...
Hydropower regulation of rivers exhibits a threat to the riverine ecosystems. Fragmentation of flow,...
Within the EU-project GENESIS (2013), aiming to provide scientific basis and technical guidance for ...
As we move into the twenty-first century, global economic prosperity is driving the consumption of e...
We tested the hypothesis whether individual land classes within a river catchment contribute equally...
International audienceReservoirs such as dams modify the transport, the retention and the remobiliza...
We examined the hypothesis that the extent of vegetation cover governs the fluxes of nutrients from ...
Maintaining good surface water quality is recognized as one of the greatest challenges for future ge...
In the current era of the Anthropocene, human activities are powerful forces that affect the geosphe...
Study region Northern Finland. Study focus This study examined long-term (decade-scale) hydrological...
We examined the hypothesis that the extent of vegetation cover governs the fluxes of nutrients from ...
Abstract The most radical anthropogenic impact on water systems in Sweden originates from the years ...
Despite the importance of river nutrient retention in regulating downstream water quality and the po...
Regulation and fragmentation by dams belong to the most widespread deliberate impacts of humans on t...
Hydropower infrastructure affects many large rivers worldwide, threatening riverine and coastal ecos...
Hydropower regulation of rivers exhibits a threat to the riverine ecosystems. Fragmentation of flow,...
Within the EU-project GENESIS (2013), aiming to provide scientific basis and technical guidance for ...
As we move into the twenty-first century, global economic prosperity is driving the consumption of e...
We tested the hypothesis whether individual land classes within a river catchment contribute equally...
International audienceReservoirs such as dams modify the transport, the retention and the remobiliza...
We examined the hypothesis that the extent of vegetation cover governs the fluxes of nutrients from ...
Maintaining good surface water quality is recognized as one of the greatest challenges for future ge...
In the current era of the Anthropocene, human activities are powerful forces that affect the geosphe...
Study region Northern Finland. Study focus This study examined long-term (decade-scale) hydrological...
We examined the hypothesis that the extent of vegetation cover governs the fluxes of nutrients from ...
Abstract The most radical anthropogenic impact on water systems in Sweden originates from the years ...
Despite the importance of river nutrient retention in regulating downstream water quality and the po...
Regulation and fragmentation by dams belong to the most widespread deliberate impacts of humans on t...