[HTML][HTML] Morphometric convergence between Proterozoic and post-vegetation rivers
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra… - Nature …, 2017 - econpapers.repec.org
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
[PDF][PDF] Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra, M Ghinassi - NATURE … - researchgate.net
Results Recognition of alluvial channel forms. The recognition of channel forms is critical in
fluvial sedimentology, and relies on the detection of prominent erosional scours overlain by …
fluvial sedimentology, and relies on the detection of prominent erosional scours overlain by …
Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra… - Nature …, 2017 - pubmed.ncbi.nlm.nih.gov
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra… - Nature …, 2017 - ui.adsabs.harvard.edu
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra… - Nature Communications, 2017 - ideas.repec.org
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
[PDF][PDF] Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra, M Ghinassi - NATURE COMMUNICATIONS - academia.edu
Results Recognition of alluvial channel forms. The recognition of channel forms is critical in
fluvial sedimentology, and relies on the detection of prominent erosional scours overlain by …
fluvial sedimentology, and relies on the detection of prominent erosional scours overlain by …
[引用][C] Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, M Ghinassi - NATURE COMMUNICATIONS, 2017 - research.unipd.it
[HTML][HTML] Morphometric convergence between Proterozoic and post-vegetation rivers
A Ielpi, RH Rainbird, D Ventra… - Nature …, 2017 - ncbi.nlm.nih.gov
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
Morphometric convergence between Proterozoic and post-vegetation rivers.
A Ielpi, RH Rainbird, D Ventra… - Nature …, 2017 - search.ebscohost.com
Proterozoic rivers flowed through barren landscapes, and lacked interactions with
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …
macroscopic organisms. It is widely held that, in the absence of vegetation, fluvial systems …