Physical (magnetic susceptibility and gamma density measurements) and geochemical (TOC, Fe and Ti analysis) analysis were performed to characterize the sedimentary record in Fuentillejo maar-lake (Campo de Calatrava Volcanic Field) in order to reconstruct the paleoenvironmental evolution, which controlled deposition of different sedimentary facies. The upper 20 m of FU-1 sequence point out variations in clastic input, water chemistry and organic fraction in the lake throughout the last 50 kyr cal. BP. Magnetic susceptibility are roughly influenced by diagenetic changes in organic rich sediment
To adequately manage the fragile and changing environments of semiarid regions it is essential to di...
The sedimentary record of the maar lake succession at Camp dels Ninots (Pliocene, NE Spain) reflects...
Analyses of a 67-m long sediment core from Lake Banyoles (northeastern Spain) have revealed evidence...
We have analysed the geochemical (element analysis), mineralogical and sedimentary facies to charact...
The Fuentillejo maar is located in the Central Spanish Volcanic Field of Campo de Calatrava. Fuentil...
International audienceWe present a source-to-sink environmental magnetic study of a sediment core fr...
Although numerous studies concerning the Holocene climate of the southern Iberian Peninsula were acc...
The climatic and environmental history of the SW Iberian Peninsula is explored tofill in the gap ofc...
Here, we present a terrestrial multi-proxy record of Late Quaternary environmental changes in the so...
High-resolution geochemical analysis of a 6-m-long sediment core from Zoar Lake, southern Spain, pro...
Hypersaline lakes are sensitive and increasingly threatened ecological and depositional environments...
Deep-sea sediments record palaeoenvironmental and oceanographic changes over time through variations...
We present the Holocene sequence from Lago Enol (43°16 ′ N, 4°59 ′ W, 1070 m a.s.l.), Cantabrian Mou...
AbstractClimatic changes are reflected in variations of different parameters. Sequences of lake sedi...
Abstract: Palaeolimiinological data (diatoms, ostracods, foraminifera, molluscs, aquatic pollen and ...
To adequately manage the fragile and changing environments of semiarid regions it is essential to di...
The sedimentary record of the maar lake succession at Camp dels Ninots (Pliocene, NE Spain) reflects...
Analyses of a 67-m long sediment core from Lake Banyoles (northeastern Spain) have revealed evidence...
We have analysed the geochemical (element analysis), mineralogical and sedimentary facies to charact...
The Fuentillejo maar is located in the Central Spanish Volcanic Field of Campo de Calatrava. Fuentil...
International audienceWe present a source-to-sink environmental magnetic study of a sediment core fr...
Although numerous studies concerning the Holocene climate of the southern Iberian Peninsula were acc...
The climatic and environmental history of the SW Iberian Peninsula is explored tofill in the gap ofc...
Here, we present a terrestrial multi-proxy record of Late Quaternary environmental changes in the so...
High-resolution geochemical analysis of a 6-m-long sediment core from Zoar Lake, southern Spain, pro...
Hypersaline lakes are sensitive and increasingly threatened ecological and depositional environments...
Deep-sea sediments record palaeoenvironmental and oceanographic changes over time through variations...
We present the Holocene sequence from Lago Enol (43°16 ′ N, 4°59 ′ W, 1070 m a.s.l.), Cantabrian Mou...
AbstractClimatic changes are reflected in variations of different parameters. Sequences of lake sedi...
Abstract: Palaeolimiinological data (diatoms, ostracods, foraminifera, molluscs, aquatic pollen and ...
To adequately manage the fragile and changing environments of semiarid regions it is essential to di...
The sedimentary record of the maar lake succession at Camp dels Ninots (Pliocene, NE Spain) reflects...
Analyses of a 67-m long sediment core from Lake Banyoles (northeastern Spain) have revealed evidence...