The increasing number of sites affected by the presence of technogenic materials makes necessary the study of (bio)functioning of Technosols, developed there. A technogenic material, resulting from an old industrial coking plant and presenting a multipollution of HAP and metals was laid out in lysimetric pieces for an in situ study (site of Homécourt, www.gisfi.fr). The morphological and analytical characterization at different scales of initial material enabled us to define, in analogy with standard pedological classification, the presence (1) of primary constituents such as quartz, iron oxides, gypsum and anthropic organic matters, (2) of technogenic pseudo-sands, like slags, (3) of water-stable technogenic aggregates (12% of the soil mas...
In the context of the increasing scarcity of non-renewable natural resources, the soil engineering h...
The micromorphological and ultrastructural observations of Ai horizons from soils show the role of s...
Les Technosols forment une nouvelle classe de sols, caractérisée par une forte influence anthropique...
Le nombre croissant de sites affectés par la présence de matériaux technogéniques rend nécessaire l ...
Le nombre croissant de sites affectés par la présence de matériaux technogéniques rend nécessaire l’...
La restauration des fonctions des sols est une étape clé de la requalification des sites dégradés pa...
Micropedology contributes to provide a better understanding of soil processes. Technosol micromorpho...
Les Technosols comprennent les sols soumis à une forte pression anthropique et en particulier les so...
Technosols are soils whose properties and pedogenesis are influenced by technical materials which ta...
Human activities induce growing impacts on soils. This has produced derelict lands that need thoroug...
As a result of increasing soil anthropisation, large surface areas covered by anthropogenic material...
Human activities induce growing impacts on soils. This has produced derelict lands that need thoroug...
In a context of soil degradation and erosion of biodiversity resulting from anthropogenic activities...
Technosols include soils dominated or strongly influenced by human-made materials. But whether pedog...
Les Technosols ont des propriétés et une pédogenèse influencées par des matériaux technogéniques qui...
In the context of the increasing scarcity of non-renewable natural resources, the soil engineering h...
The micromorphological and ultrastructural observations of Ai horizons from soils show the role of s...
Les Technosols forment une nouvelle classe de sols, caractérisée par une forte influence anthropique...
Le nombre croissant de sites affectés par la présence de matériaux technogéniques rend nécessaire l ...
Le nombre croissant de sites affectés par la présence de matériaux technogéniques rend nécessaire l’...
La restauration des fonctions des sols est une étape clé de la requalification des sites dégradés pa...
Micropedology contributes to provide a better understanding of soil processes. Technosol micromorpho...
Les Technosols comprennent les sols soumis à une forte pression anthropique et en particulier les so...
Technosols are soils whose properties and pedogenesis are influenced by technical materials which ta...
Human activities induce growing impacts on soils. This has produced derelict lands that need thoroug...
As a result of increasing soil anthropisation, large surface areas covered by anthropogenic material...
Human activities induce growing impacts on soils. This has produced derelict lands that need thoroug...
In a context of soil degradation and erosion of biodiversity resulting from anthropogenic activities...
Technosols include soils dominated or strongly influenced by human-made materials. But whether pedog...
Les Technosols ont des propriétés et une pédogenèse influencées par des matériaux technogéniques qui...
In the context of the increasing scarcity of non-renewable natural resources, the soil engineering h...
The micromorphological and ultrastructural observations of Ai horizons from soils show the role of s...
Les Technosols forment une nouvelle classe de sols, caractérisée par une forte influence anthropique...