Among the restoration construction methods, ecosystem characteristics were similar to each other within two years of restoration.
The implications of spatial and temporal structure for the maintenance of mutualism, altruism, and niche construction or ecosystem engineering have been explored by many theoretical models.
Ecological engineering may be classified into four classes: construction of ecosystems, use of natural ecosystems for pollution abatement, first of all abatement of nonpoint sources, and restoration of ecosystems and use of ecosystems on an ecologically sound basis – it could also be denoted ecological management.
The mechanical properties of soil (cohesion, friction, stiffness and permeability) are important parameters for engineering constructions and ecosystems in sedimentary environments.
The Ediacaran Cambrian transition signals a drastic change in both diversity and ecosystem construction.
This side effect of dew reduction induced by sand burial on biological soil crusts should be considered in future ecosystem construction and management of desert area.
Ultimately, the combination of studies on ecosystem construction, biostratigraphy, and biogeography showcases the magnitude of the transition at the Ediacaran Cambrian boundary.
This new approach, of construction "integrated in ecosystem", is now operational or in the planning stage for marinas, harbours, seawalls, dykes and pipelines.
The construction of this ecosystem has been taking place since the foundation of the International Committee of the Red Cross in 1863.
