Add to ORKGA short sediment core from Lago Grande di Avigliana (Piedmont, Italy), the second most eutrophied lake in Italy, was analysed for pollen and diatoms to reconstruct land-use changes and to estimate baseline conditions for total phosphorus (TP) in the water column. Varve counts on sediment thin-sections and 210Pb, 226Ra, and 137Cs dating provided a reliable chronology for the past ~200 years. The main pollen-inferred land-use changes showed a sharp decrease of hemp retting around AD 1900, as well as a gradual change to less intensive agriculture and increasing abundance of exotic plants since AD ~1970. Diatom-inferred TP reconstructions indicated stable TP concentrations until AD ~1950, revealing baseline mesotrophic conditions (TP <25 µg l−1...
To understand interactions of lake physical characteristics, trophic dynamics and climate in Lago Ma...
The majority of Perialpine lakes suffered on nutrient enrichment since the early 1960s, as a consequ...
Lake Garda is one of the four large Central European lakes included in the EuLakes Project (Reg. Nr....
A short sediment core from Lago Grande di Avigliana (Piedmont, Italy), the second most eutrophied la...
The long-term terrestrial and aquatic ecosystem dynamics spanning between approximately 6200 and 480...
Sedimentary diatom assemblages from three lakes in the southeastern Swiss Alps were analysed at high...
The long-term terrestrial and aquatic ecosystem dynamics spanning between approximately 6200 and 480...
International audienceMountain lakes are integrated sentinels of changes in the terrestrial environm...
The main aim of this contribution is to evaluate the vulnerability of Lake Garda, the largest Itali...
The first sediment core analyses were carried out in 1958, but it is only from 1985 onward that a mo...
Within the Central European EuLakes project (European Lakes Under Environmental Stressors, Supportin...
AbstractLake systems are essential for the environment, the biosphere, and humans but are highly imp...
Land cover transformations have accompanied the rise and fall of civilizations for thousands of year...
To understand interactions of lake physical characteristics, trophic dynamics and climate in Lago Ma...
The majority of Perialpine lakes suffered on nutrient enrichment since the early 1960s, as a consequ...
Lake Garda is one of the four large Central European lakes included in the EuLakes Project (Reg. Nr....
A short sediment core from Lago Grande di Avigliana (Piedmont, Italy), the second most eutrophied la...
The long-term terrestrial and aquatic ecosystem dynamics spanning between approximately 6200 and 480...
Sedimentary diatom assemblages from three lakes in the southeastern Swiss Alps were analysed at high...
The long-term terrestrial and aquatic ecosystem dynamics spanning between approximately 6200 and 480...
International audienceMountain lakes are integrated sentinels of changes in the terrestrial environm...
The main aim of this contribution is to evaluate the vulnerability of Lake Garda, the largest Itali...
The first sediment core analyses were carried out in 1958, but it is only from 1985 onward that a mo...
Within the Central European EuLakes project (European Lakes Under Environmental Stressors, Supportin...
AbstractLake systems are essential for the environment, the biosphere, and humans but are highly imp...
Land cover transformations have accompanied the rise and fall of civilizations for thousands of year...
To understand interactions of lake physical characteristics, trophic dynamics and climate in Lago Ma...
The majority of Perialpine lakes suffered on nutrient enrichment since the early 1960s, as a consequ...
Lake Garda is one of the four large Central European lakes included in the EuLakes Project (Reg. Nr....