Add to ORKGAnt bioturbation and nest building process cause many changes in soil properties and environment development. This project is trying to clarify which factors are important in choosing different materials by ants for nest construction and which properties influence this process
Previous studies found differences in chemistry between ant nests and surrounding soil, but it was n...
Ants are widely regarded as ‘ecosystem engineers’ because they change the biological, chemical, and ...
Ants can create abundant and continuous soil macropores by burrowing their nests. The hydrological p...
The ant building activity of the nest represents an important phenomenon, influencing ambient enviro...
Ants are important components of most soil invertebrate communities, and can affect the flow of ener...
In much of the world, soil-nesting ants are among the leading agents of biomantling and bio-turbatio...
Ants are ecosystem engineers, and their nesting and foraging activities are critical to modifying so...
<div><p>In much of the world, soil-nesting ants are among the leading agents of biomantling and biot...
Soil dwelling ants are important soil engineers that have a large impact on the soil ecosystem. This...
Red wood ants build their nests as above-ground mounds by collecting organic materials from the fore...
The present study focuses on the physico-chemical characteristics of the nest rim debris soil of a c...
In much of the world, soil-nesting ants are among the leading agents of biomantling and bioturbation...
Organisms exhibit characteristics that can change depending on the environment and vary across a spe...
Ants are important ecosystem engineers and can be abundant in extensively managed grassland ecosyste...
The nests of western harvester ants (Pogonomyrmex occidentalis) are extensive structures usually cap...
Previous studies found differences in chemistry between ant nests and surrounding soil, but it was n...
Ants are widely regarded as ‘ecosystem engineers’ because they change the biological, chemical, and ...
Ants can create abundant and continuous soil macropores by burrowing their nests. The hydrological p...
The ant building activity of the nest represents an important phenomenon, influencing ambient enviro...
Ants are important components of most soil invertebrate communities, and can affect the flow of ener...
In much of the world, soil-nesting ants are among the leading agents of biomantling and bio-turbatio...
Ants are ecosystem engineers, and their nesting and foraging activities are critical to modifying so...
<div><p>In much of the world, soil-nesting ants are among the leading agents of biomantling and biot...
Soil dwelling ants are important soil engineers that have a large impact on the soil ecosystem. This...
Red wood ants build their nests as above-ground mounds by collecting organic materials from the fore...
The present study focuses on the physico-chemical characteristics of the nest rim debris soil of a c...
In much of the world, soil-nesting ants are among the leading agents of biomantling and bioturbation...
Organisms exhibit characteristics that can change depending on the environment and vary across a spe...
Ants are important ecosystem engineers and can be abundant in extensively managed grassland ecosyste...
The nests of western harvester ants (Pogonomyrmex occidentalis) are extensive structures usually cap...
Previous studies found differences in chemistry between ant nests and surrounding soil, but it was n...
Ants are widely regarded as ‘ecosystem engineers’ because they change the biological, chemical, and ...
Ants can create abundant and continuous soil macropores by burrowing their nests. The hydrological p...