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Par Collection Par Auteur- GURNELL, A., (Editeur scientifique) (6)
- BERNHARDT, E.S. (1)
- DAVIES-COLLEY, R.J. (1)
- DÍEZ, J. (1)
- GOEBEL, P.C. (1)
- HALL, G.M.J. (1)
- HALL, R.O. (1)
- LIKENS, G.E. (1)
- PALIK, B.J. (1)
- PARKYN, S.M. (1)
- PHILLIPS, N.R. (1)
- POZO, J. (1)
- SEAR, D.A. (1)
- ELOSEGI, A. (1)
- MELEASON, M.A. (1)
- MILLINGTON, C.E. (1)
- MORRIS, A.E.L. (1)
- QUINN, J.M. (1)
- WARREN, D.R. (1)
- 2007 (6)
- Analyse de régression ; Analyse multivariée ; Biogéographie ; Cours d'eau ; Dynamique de la végétation ; Ecosystème ; Etats-Unis ; Forêt ; Géométrie hydraulique ; Michigan ; Végétation ripicole (1)
- Barrage ; Bassin-versant ; Bois flottant ; Cours d'eau ; Ecosystème ; Etats-Unis ; Forêt ; Géochimie ; New Hampshire ; Nitrate ; Nutriment ; Phosphate ; Végétation ripicole (1)
- Biogeography ; Channel geometry ; Ecosystem ; Forest ; Michigan ; Multivariate analysis ; Regression analysis ; Riparian vegetation ; Stream ; United States of America ; Vegetation dynamics (1)
- Bois flottant ; Carbone ; Cours d'eau ; Ecosystème ; Espagne ; Espagne du Nord ; Flux ; Litière ; Matière organique ; Modèle ; Végétation ripicole (1)
- Bois flottant ; Cours d'eau ; Dynamique fluviale ; England ; Géométrie hydraulique ; Plaine d'inondation ; Royaume-Uni ; Rétention ; Végétation ; Végétation ripicole (1)
- Bois flottant ; Cours d'eau ; Ecosystème ; Forêt ; Modèle ; Modèle numérique ; Méthodologie ; North Island ; Nouvelle-Zélande ; Simulation ; Végétation ripicole (1)
- Bois flottant ; Cours d'eau ; Géométrie hydraulique ; Litière ; North Island ; Nouvelle-Zélande ; Rétention ; Utilisation du sol ; Végétation ; Végétation ripicole (1)
- Carbon ; Ecosystem ; Flow ; Litter ; Model ; Organic materials ; Riparian vegetation ; Spain ; Stream (1)
- Channel geometry ; England ; Floodplain ; Fluvial dynamics ; Riparian vegetation ; Stream ; United Kingdom ; Vegetation (1)
- Channel geometry ; Land use ; Litter ; New Zealand ; North Island ; Riparian vegetation ; Stream ; Vegetation (1)
- Dam ; Ecosystem ; Forest ; Geochemistry ; Nitrate ; Nutrient ; Phosphate ; Riparian vegetation ; Stream ; United States of America ; Watershed (1)
- Ecosystem ; Forest ; Methodology ; Model ; New Zealand ; North Island ; Numerical model ; Riparian vegetation ; Simulation ; Stream (1)
- Wood in world rivers. Special issue (6)
- Characterizing the variability of wood in streams : simulation modelling compared with multiple-reach surveys (1)
- Contribution of dead wood to the carbon flux in forested streams (1)
- Factors influencing retention of coarse particulate organic matter in streams (1)
- Geomorphic and riparian forest influences on characteristics of large wood and large-wood jams in old-growth and second-growth forests in Northern Michigan, USA (1)
- Impacts of river restoration on small-wood dynamics in a low-gradient headwater stream (1)
- Forest age, wood and nutrient dynamics in headwater streams of the Hubbard Brook Experimental Forest, NH
- Dam ; Ecosystem ; Forest ; Geochemistry ; Nitrate ; Nutrient ; Phosphate ; Riparian vegetation ; Stream ; United States of America ; Watershed
- Forest (HBEF). Nutrient enrichment releases in summer 1998 were used to measure the uptake velocities of phosphate, nitrate and ammonium for 5 streams within HBEF. The AA. attribute the positive relationship between phosphate uptake velocity and forest
- Contribution of dead wood to the carbon flux in forested streams
- The AA. evaluated the contribution of dead wood to the total carbon flux in 2 headwaters forested streams in northern Spain, one running under mature deciduous forest, the other under eucalyptus plantations. Breakdown rates were measured from
- Geomorphic and riparian forest influences on characteristics of large wood and large-wood jams in old-growth and second-growth forests in Northern Michigan, USA
- Biogeography ; Channel geometry ; Ecosystem ; Forest ; Michigan ; Multivariate analysis ; Regression analysis ; Riparian vegetation ; Stream ; United States of America ; Vegetation dynamics
- sites within a low-order meandering stream in the New Forest.
- Ecosystem ; Forest ; Methodology ; Model ; New Zealand ; North Island ; Numerical model ; Riparian vegetation ; Simulation ; Stream
- forests and pine plantations in 5 contrasting New Zealand regions, using 3 CPOM analogues, namely 30 cm dowels, soaked ginkgo leaves and waterproof paper triangles. These differed significantly in geometric mean retention distance. A comparison