| Title | Abstract | Case study(ies) |
|---|---|---|
| Vers un schéma de gestion globale de l'Ill domaniale entre Colmar et Strasbourg, Synd'Ill Huttenheim | Presentation of the main problems and challenges of the Ill River. By ecosystem services costs for measures are justified. | River basin management of the Ill, France |
| Case Study: Improvement of the Ecological Status of the River Órbigo (Leon, Spain) | Dissemination material (video) on the restoration project | Órbigo River ecological status improvement, Spain |
| Créer une prairie multi-espèce en zone inondable. Fiche technique n°05 | Restoration of a natural floodplain meadow in the Quintarets at Isle-Jourdain | |
| Estrategia Naciional de Restauración de Ríos (ENRR). Demarcacion Hidrográfica del Duero | Descriptive fiche on the participation process carried out within the framework of the Órbigo river restoration project. | Órbigo River ecological status improvement, Spain |
| The evolution process in Holbina-Dunavat area during restoration works | Mainly during the last decades of the 20th century, the Danube Delta has suffered from human interventions that led to dramatic changes in some areas. These interventions consisted in the dyking of large areas for the purpose of agricultural use, intensive fish-farming and forestry, which resulted in dramatic alterations or disturbances of the water balance. This again had effects on the alteration of natural processes, the ecological balance as well as the characteristic functions of wetlands and led to a deterioration or worse, the loss of area-specific habitats. When the transformation measures were stopped in early 1990, the dyked area covered 97.408 ha (22 %) of the total 482.592 ha. | Holbina-Dunavat Restoration Project, Romania |
| Ecological restoration in Czech Republic | Reestablish the stream channel natural conditions; correct hydrological and hydrogeological parameters regarding a better soil retention, lower channel discharge, higher groundwater level; and restore the biodiviersity of fauna and flora | Restoration of the Cerny Potok stream, Czech-Republic |
| Approval for environmental terms for implementation of forest hydroeconomy works in mountainous areas in part of the river basin of Xiropotamos | The retention measures include afforastation and planting as well as construction of small scale dams to decrease the stream gradient in order to decrease soil erosion and flood events. | Increasing water retention through afforestation, landscaping and reducing the stream gradient in Xiropotamos River Basin, Greece |
| Publicaciones sobre restauración fluvial | Publications concerning watercourse restoration | Fluvial and ecosystem restoration of the Arga-Aragon Rivers, Spain |
| Analysis of inadequate water quality of the Vonarje reservoir / Sutla Lake and the possibility of restoration and utilisation. | The model for the Sutla (Sotla) river and the Sutlansko Lake reservoir applies a life-cycle concept with the the DPSIR framework approach. | The Vonarje flood storage reservoir in Croatia |
| Proyecto para la mejora del estado ecológico del río Órbigo. Tramo I (León). Documento 1_ Memoria (Clave 02.434-229/2111) (Órbigo River ecologic status improvement. Stretch I (León). Document 1 (Technical Report) | Project Report | Órbigo River ecological status improvement, Spain |
| Biodiversity Survey of the Integrated Constructed Wetland at Tolka Valley Park, Finglas, Co. Dublin | Ecological survey | River Tolka constructed wetland and enhancements, Ireland |
| REVITALIZATION OF THE CLIMATE IN DRIED - OUT COMMUNITIES IN SLOVAKIA VIA HYDRO - CLIMATE RECOVERY | Recovery of the climate and landscape via integrated rainwater retention in the damaged parts of the country utilizing water retention measures (small dams, retention ponds, rainwater gardens, re-cultivated logging roads) | Recovery of dried out communities in Slovakia |
| Contrat de rivières transfrontalier du sud-ouest lémanique 2006-2012, Etude, bilan, évaluation et prospective, phase 1: état des lieux initial et final | The report presents the results of the Contrat de rivière project, which includes Heramnce restoration project. It details initial state and final state regarding indicators linked to water quality, hydromorphological status etc | Restoration of river Hermance, France |
| Action Plan for Renaturation of watercourses in the area of Cerknica Lake (Akcijski plan renaturacije vodotokov na obmoÄju Cerkniškega jezera) - available in Slovenian language | The document consists of historical overview of developments at Cerknica Lake, changed water regime and its consequences, and detailed action plan for renaturation of watercourses of Cerknica Lake. | Conservation on Lake Cerknica, Slovenia |
| Vegetated ditches for treatment of surface water with highly fluctuating water regime | Vegetated drainage ditches (VDD) as a type of constructed wetland primarily serve to remove and store excess water associated with irrigation and storm events. Current research suggests using a VDD as an additional practice in the mitigation of surface water pollution. The VDD for water treatment of the Glinscica River was constructed in 2006. The efficiency of the system was evaluated in 2008 and 2009 regarding the reduction of SS, COD, BOD5, NH4-N, NO3-N, NO2-N, TN, ON and TP. The microbiological association developed in the VDD was analyzed with a focus on the identification and quantification of the narG gene as a denitrification indicator. This paper discusses the efficiency of pollution removal and the distribution of the narG gene within the VDD. The results showed that the highly fluctuating water regime was the main reason for the even distribution and abundance of the narG gene throughout the system, regardless of oxygen saturation or the nutrient status of the wastewater. With the exception of SS, pollutant concentrations met the permitted outflow levels. | Pollution Treatment on the Glinščica, Slovenia |
| Run-off treatment of highly fluctuating waters with subsurface vegetated drainage ditch and river bed with meanders | Current research suggests using vegetated drainage ditch as an additional practice in the mitigation of surface water pollution. The paper discusses the prototype of vegetated drainage system Glinscica (VDSG) composed of a vege-tated drainage ditch (VDD) and a new river bed with me-anders (RBM) | Pollution Treatment on the Glinščica, Slovenia |
| Tolka Valley Greenway opening speech by Lord Mayor | Speech thanking participants and giving site overview | River Tolka constructed wetland and enhancements, Ireland |
| Renaturation de la Seymaz | report on technical issues of the Seymaz renaturation | Renaturation of the Seymaz river, Switzerland |
| kowalewski.htm | An increase of water retention in the programmes of small retention in the country to the year 2015 is estimated at 1141 million m3. It means annual mean increase of retention capacity by c. 60 million m3. Accomplishment of relevant actions in the years 1997†“2007 allowed collecting 57 million m3 in lakes, c. 56 million m3 in artificial reservoirs, 18.5 million m3 in fishponds, c. 10.5 million m3 with the channel retention and over 2 million m3 in other investments. It makes total increase of water retention by 142 million m3 which is 12.4% of target retention and the mean annual increment of c. 13 million m3. The paper presents volumes of retained water, sources and structure of financing, mean unit costs of retention increments and the increase of retention capacity in particular voivodships (acc. to new administration division) in the years 1998†“2007. |
Reconstruction and modernization of existing and construction of new reservoirs and ponds in rural areas of Poland |
| Runoff management: Mitigation measures for disconnecting flow pathways in the Belford Burn catchmen to reduce flood Risk | This paper provides information on the NWRM features applied in the site | Rural runoff attenuation in the Belford catchment, UK |
| Tramos Bajos del Aragon y del Arga | Factsheet filled with data from Natura 2000 data set | Fluvial and ecosystem restoration of the Arga-Aragon Rivers, Spain |
| Proyecto para la mejora del estado ecológico del río Órbigo. Tramo I (León). Anejo 4 (Estudio hidrológico e hidraíºlico). | Project Report | Órbigo River ecological status improvement, Spain |
| Proyecto para la mejora del estado ecológico del río Órbigo. Tramo I (León). Anejo 5 (Estudio morfológico). | Project Report | Órbigo River ecological status improvement, Spain |
| Restauration hydromorphologique des bassins de l’Eau Morte et du ruisseau de Montmin à l’amont des secteurs vulnérables de Sollier-La Reisse-Verthier : la recherche de solutions de gestion des risques d’inondations co-construites avec les habitants. | Functional restoration of the valley of Saint Ruph-Glière-Eau Morte | |
| Reviving Water Wells and Ponds in Cross-Border Area | The project envisages the restoration and arrangement of 32 water wells and ponds as monuments of cultural heritage | Restoration of water wells in the Miren-Kostanjevica Municipality, Slovenia |
| "After us, the desert and the deluge" | In a short period of 18 months the villages and towns involved in the Programme carried out about 80 thausand different water retention elments in degraded landscape. | Landscape revitalisation program in Slovakia |
| Annexe 12 - Planning Schéma de gestion de l'ill 2014-2024 | Overview on costs | River basin management of the Ill, France |
| Small (natural) water retention in rural areas | Since 1960`s in Poland a phrase „small retention† has been used although it has been unknown in other countries. †œSmall retention† means various forms of human activity aiming towards limiting the fast water runoff after snow melting and heavy rains. It is believed that water that has been retained in periods of its excess can supply water courses during summer. It can also be used for agricultural purposes as it increases water availability for crops and improves biodiversity of rural areas. Many different methods of water retention have been defined. Among others, increase of potential retention of surface waters can be achieved by construction of reservoirs or damming on rivers and lakes. Ground water retention capacity can be improved by increasing recharge of aquifers and improvement of soil structure in the aeration zone. Due to the form and way of implementation of small retention measures they can be divided into technical and non-technical measures. In other words, small retention can be defined as a set of measures aiming towards reconstruction of natural retention in the catchment that has been modified or destroyed by human activity. In this paper, it has been stressed that activities and tasks undertaken in Europe in recent years under phrase †œincrease of natural retention† can be covered by the definition of small retention. | Reconstruction and modernization of existing and construction of new reservoirs and ponds in rural areas of Poland |
| Proyecto para la mejora del estado ecológico del río Órbigo. Tramo I (León). Instrucción para la elaboración y tramitación de los informes de viabilidad previstos en el artículo 46.5 de la Ley de Aguas). [Clave: 02.434-229/2111] | Feasibility Report on actions to be implemented within the framework of the National Strategy on River Restoration | Órbigo River ecological status improvement, Spain |
| Impact Assessment Of Urbanisation On Hydrology For The River Tolka In Dublin, Ireland: A Case Study Of Remote Sensing Supported Hydrological Modelling |
Discussion of a hydrological model studying the connections between surface water and land use in the Tolka catchment. | River Tolka constructed wetland and enhancements, Ireland |
| Retours d’expérience sur la restauration de prairies humides | Restoration of a natural floodplain meadow in the Quintarets at Isle-Jourdain | |
| Small scale measures under the "Waters neighborhood Days" in Hamburg - Factsheet | The core of the activities carried out on Osterbek river was the installation of flow control arms at mean water level. Due to the width of the bundle of sticks of 2 to 2.5 m, they should contribute to a significant narrowing of the broad streambed. They were attached to three pegs that were fixed at the ground. In order to avoid under- or backflushing, the brushwood were strengthened with stones, coarse and fine gravel. A total of 14 flow control arms were installed at equal distances approximately transverse to the direction of flow on the left and right bank . In a wide section an island of gravel and coarse of about 15 m was applied. Also in the Middle Bille flow control arms were installed consisting of dead wood, stones and gravel. The brushwood was shortened to a length of about 1 m and transversely and with a slight tilt attached to two pegs in the sole. The height of the installment was also based on mean water level |
Small scale measures under the 'Waters neighborhood Days' in Hamburg, Germany |
| Notranjski regijski park, Layman's Report | Layman's Report (project report intended for wider public) presents background, goals and purpose of the project, planned solutions, actions and result. At the end it describes the meaning and the message of the project. | Conservation on Lake Cerknica, Slovenia |
| LIFE Projekt Auenverbund Obere Drau | Detailed project description of the former LIFE project on the river Drau. We needed basic information on the region e.g. rainfall, temperature, runoff | Revitalization of the upper Drau River in Austria |
| Belford catchment proactive flood soutions: storing and attenuating runoff on farms | This paper represents the hydrological charateristics of the catchment, the design of pilot ponds and initial results | Rural runoff attenuation in the Belford catchment, UK |
| Project RMP5455: Slowing the Flow at Pickering, Final Report to Defra, Forest Research | The Project 'Slowing the Flow at Pickering' implements multiple natural flood risk measures including low level bunds, large woody debris dams, planting riparian and floodplain woodland, planting farm woodland, blocking moorland drains and establishing no-burn buffer zones, blocking forest drains and implementing farm-scale measures. The aim of the project is to show how land management measures can help to reduce flood risk from a river in the town and is implemented in close cooperation with local stakeholders. The project involved both the Pickering Beck and adjacent River Seven catchments, the description of measures described below relate to the former. | Slowing the Flow at Pickering, UK |
| A framework for managing runoff and pollution in the rural landscape using a Catchment Systems Engineering approach | Here a framework for applying a CSE approach to the catchment is shownin a step by step guide to implementing mitigation measures in the Belford Burn catchment. The framework is based around engagement with catchment stakeholders. | Rural runoff attenuation in the Belford catchment, UK |
| Les arrangements locaux et la durabilité de nouvelles activités rurales : le cas de la renaturation de la Haute-Seymaz (local arrangements and sustainability of new rural activities : the Haute-Seymaz renaturation case study) | Study on renaturation in Switzerland based on the Seymaz river case and focuses on governance and local arrangements | Renaturation of the Seymaz river, Switzerland |