Aquatic and terrestrial habitats are interdependent components of the boreal forest landscape involving multiple dynamic interactions; these are manifested particularly in riparian areas, which are key components in the forest landscape. However, this interdependence between aquatic and terrestrial habitats is not adequately accounted for in the current management of forest ecosystems. Here we review the impacts of land disturbances on the optical and physicochemical properties of water bodies, aquatic food web health, and the ecological functioning of these freshwaters. We also describe how freshwaters influence the adjacent terrestrial ecosystems. A better understanding of these dynamic biotic and abiotic interactions between land and fre...
This chapter discusses challenges and possibilities involved in preserving biological diversity and ...
In this overview (introductory article to a special issue including 14 papers), we consider all main...
Developing a general, predictive understanding of ecological systems requires knowing how much struc...
What drives species diversity across landscapes is one of the most fundamental questions in ecology....
Abstract In this review, we draw together the research on the two-way connection of streams and the...
Despite the obvious hydrologic connection between streams and lakes in many regions of the world, ra...
The boreal ecoregion supports about one-third of the world's forest. Over 90% of boreal forest strea...
Riparian areas in the Canadian boreal forest represent the transition zone between terrestrial and a...
Land use is known to alter the nature of land–water interactions, but the potential effects of wides...
Water browning or brownification refers to increasing water color, often related to increasing disso...
Nitrogen (N) availability plays multiple roles in the boreal landscape, as a limiting nutrient to fo...
Abstract Ongoing climate change is increasing the occurrence and intensity of drought episodes worl...
The main cause of environmental disturbance in the Fennoscandian boreal forests today is forestry. N...
Natural disturbances are important for forest ecosystem dynamics and maintenance of biodiversity. In...
In this paper we describe how forest management practices in Fennoscandian countries, namely Sweden ...
This chapter discusses challenges and possibilities involved in preserving biological diversity and ...
In this overview (introductory article to a special issue including 14 papers), we consider all main...
Developing a general, predictive understanding of ecological systems requires knowing how much struc...
What drives species diversity across landscapes is one of the most fundamental questions in ecology....
Abstract In this review, we draw together the research on the two-way connection of streams and the...
Despite the obvious hydrologic connection between streams and lakes in many regions of the world, ra...
The boreal ecoregion supports about one-third of the world's forest. Over 90% of boreal forest strea...
Riparian areas in the Canadian boreal forest represent the transition zone between terrestrial and a...
Land use is known to alter the nature of land–water interactions, but the potential effects of wides...
Water browning or brownification refers to increasing water color, often related to increasing disso...
Nitrogen (N) availability plays multiple roles in the boreal landscape, as a limiting nutrient to fo...
Abstract Ongoing climate change is increasing the occurrence and intensity of drought episodes worl...
The main cause of environmental disturbance in the Fennoscandian boreal forests today is forestry. N...
Natural disturbances are important for forest ecosystem dynamics and maintenance of biodiversity. In...
In this paper we describe how forest management practices in Fennoscandian countries, namely Sweden ...
This chapter discusses challenges and possibilities involved in preserving biological diversity and ...
In this overview (introductory article to a special issue including 14 papers), we consider all main...
Developing a general, predictive understanding of ecological systems requires knowing how much struc...