Alteration of riparian vegetation
From REFORM wiki
Revision as of 17:22, 16 February 2015 by Carlos alonso (Talk | contribs)
Contents
Alteration of riparian vegetation
04. Morphological alterations
General description
Many different pressures impact on riparian vegetation driven by processes acting at local up to global scales from. In this particular context we are specifically referring to activities carried out immediately adjacent to the river (e.g. cultivation of crops) or in the riparian zone itself (e.g. logging, grazing and trampling, gravel and water extraction, and recreation).
Effect/Impact on (including literature citations)
- HYMO (general and specified per HYMO element)
- physico - chemical parameters
- Biota (general and specified per Biological quality elements)
Case studies where this pressure is present
- Negro
- Opijnen_-_Side_Channel
- Gameren
- DOÑANA/RESTAURACIÓN_DEL_ARROYO_DEL_PARTIDO
- Charlottenburg_artificial_bay
- Charlottenburg_wave-protected_shallow
- sheet_pile_protected_shallow_new
- sheet_pile_protected_shallow
- Ems_floodplain_(LIFE_project)
- Aragon._Creation_and_restoration_of_a_riparian_zone
- Vallacuera_ravine._Removal_of_a_dyke.
- Millingerwaard
- Pisuerga._Improvement_of_ecological_state_of_the_river_between_the_dam_Pisuerga_Aguilar_de_Campo_and_Alar_del_Rey_(Palencia)_1st_Stage.
- Heessen_-_Optimisation_of_the_pSCI_“Lippe_floodplain_between_Hamm_and_Hangfort”_(LIFE05/NAT/D/000057)
- Ahlen-Dolberg_-_Optimisation_of_the_pSCI_“Lippe_floodplain_between_Hamm_and_Hangfort”_(LIFE05/NAT/D/000057)
- Eggenstein-Leopoldshafen_-_Living_Rhine_floodplain_near_Karlsruhe_(LIFE04_NAT/DE/000025
- Conservation_of_Atlantic_Salmon_in_Scotland_(LIFE_04/NAT/GB/000250)
- Aaijen_-_Removal_of_Bank_Fixation
- Klebach_-_Side_channel
- Deva_River._Bank_protection_on_the_right_bank_of_the_Deva_River_in_Molleda
- Aragon._Restauration_of_riparian_zone._Stage_I_and_II
- Olivenza._Hydrological_and_Forestry_Restoration_of_the_Olivenza_riverside,_2ª_phase
- Tordera_-_Restoration_of_a_secondary_channel_of_the_Tordera_River
- Odra._Actions_for_environmental_restoration_and_flood_control_in_the_lower_basin_of_the_Odra_River_(Burgos)
- Bakenhof_-_Dyke_relocation
- Niederwerrieser_Weg_-_Optimisation_of_the_pSCI_“Lippe_floodplain_between_Hamm_and_Hangfort”_(LIFE05/NAT/D/000057)
- Soest_-_Optimisation_of_the_pSCI_“Lippe_floodplain_between_Hamm_and_Hangfort”_(LIFE05/NAT/D/000057)
- Lek_bij_Everdingen_-_Groyne_Shields
- Nansa_River._Morphological_and_functional_restoration_of_the_Nansa_River_at_Muñorrodero
- Carrión
- Bergen_-_Removal_of_Bank_Fixation
- Stream_-mending_the_Avon
- Pastures_Bridge_Rehabilitation
- River_Roding_at_Ray_Lodge_Park
- River_Brent_at_Tokyngton_Park
- Biodiversity_conservation_and_recovery_in_the_river_basin_of_Asón
- Oberwerries_-_Optimisation_of_the_pSCI_“Lippe_floodplain_between_Hamm_and_Hangfort”_(LIFE05/NAT/D/000057)
- Sella
- Piles_-_Creation_a_wetland
- Arga._Mejora_Ambiental_del_meandro_del_Plantío
- Asseltse_Plassen_-_Bank_erosion
- Beneden-Leeuwen_-_Side_channel
- Stream_valleys_in_the_Arnsberger_forest_(LIFE_project)
- Weissenthurm
- Haselünne
- Uilenkamp
- Rijkelse_Beemden_-_River_bed_widening
- Tajo._Improvement_of_ecological_state_of_the_Tajo_and_tributaries__riverside_affected_by_the_spill_of_kaolin,_at_Poveda_de_la_Sierra_and_Taravilla_(Guadalajara)
- Zújar.
- Karlsruhe_–_Living_Rhine_floodplain_near_Karlsruhe_(LIFE04_NAT/DE/000025)
- Buiten_Ooij_-_Sluice_operation_
- Low_reach_of_River_Cinca
- Stora
- River_Rhine_-_IJsseluiterwaarden_Olst
- Scheldt_-_Vallei_Grote_Nete
- Rhine_-_Meinerswijk
- Hampshire_Avon_-_Hale
- Restoration_and_remeandering_of_the_Müggelspree_-_downstream_Mönchwinkel
- Dommel_Eindhoven
- Narew_river_restoration_project_
- Lower_Traun
- Middle_Warta_River_Valley
- Lippeaue_Klostermersch
- Anzur._Intervención_de_mejora_ambiental_de_un_tramo_del_Río_Anzur,_en_la_Aldea_del_Nacimiento,_en_el_Término_Municipal_de_Rute_(Córdoba).
- Drava_-_Kleblach
- Thur_
- Töss
- Enns_-_Aich
- Cölbe
Possible restoration, rehabilitation and mitigation measures
- Increase flood frequency and duration in riparian zones or floodplains
- Shallow water courses
- Initiate natural channel dynamics to promote natural regeneration
- Introduce large wood
- Develop riparian forest
- Adjust land use to develop riparian vegetation
- Revegetate riparian zones
- Improve backwaters