This review article presents recent advances in the field of biogeomorphology related to the
reciprocal coupling between Earth surface processes and landforms, and ecological and …

Whilst biological organisms adapt to the environment, earth surface processes and
landforms evolve as a result of physicochemical processes, and as the result of the activity of …

There appears to be no single axis of causality between life and its landscape, but rather,
each exerts a simultaneous influence on the other over a wide range of temporal and spatial …

The Earth's surface morphology, in an abiotic context, is a consequence of major forcings
such as tectonic uplift, erosion, sediment transport, and climate. Recently, however, it has …

Biogeomorphologists study the roles of biota in landscape formation and decay. Ecologists
interested in ecosystem engineering study environmental change caused by biota and the …

Whilst recognition is increasing that life and landscapes are intimately related, as evidenced
by growing research into ecosystem engineering, biogeomorphology and allied topics, the …

The interaction of geomorphic and ecologic landscape components has been largely
conceptualized as independent. In one direction, geomorphic processes and landforms …

U nderstanding the form, behavior, and historical context of landscapes is crucial to un-
derstanding ecosystems on several temporal and spatial scales. Land-forms, such as …

Although ecology and biogeography had common origins in the natural history of the
nineteenth century, they diverged substantially during the early twentieth century as ecology …

Geomorphic systems are typically nonlinear, owing largely to their threshold-dominated
nature (but due to other factors as well). Nonlinear geomorphic systems may exhibit complex …