This programme is provisional and will be completed as the date of the Conference approaches.
9
JUNE
16:00 - 19:00 -> Workshop program
Re-Sponging Iberia: Creating Flood- and Drought-Resilient Landscapes
Facilitators: Paul Brotherton (Wetlands International Europe); Aniela Stachnik (CIREF)
Language: Spanish
Rios sem Fronteiras: Que soluções para uma gestão partilhada entre Espanha e Portugal?
Facilitators: Manuela Oliveira (consultora independiente); Diana Fernandes (CIREF; E.RÍO); Irene Duque (Wetlands International Europe)
Language: Portuguese and Spanish
¿Para quién restauramos? Aprendizajes de la comunicación y la participación en ríos urbanos
Facilitators: Antonio Figueroa (CIREF); Gaizka Aranguren (CIREF)
Language: Spanish
«Free-flowing rivers»: metodología, evaluación y priorización
Facilitators: Andrea Goltara (Italian Centre for River Restoration, CIRF), Cristina Buendía (Catalan Water Agency)
Language: Spanish
20:00 - 22:00 -> Welcome cocktail
Further details coming soon
10
JUNE
8:00 – 9:00 -> Registration
Accreditation and material for the conference participant will be provided.
9:00 – 10:00 -> Plenaria AT4: Retos de la restauración fluvial en entornos urbanos.
Ana Mª Camarasa Belmonte
Inundaciones en ramblas periurbanas: la DANA de 2024 en la Rambla de Poyo
Flood risk in ephemeral streams (ramblas) has historically been underestimated. Their intermittent flow leads to a low perception of risk among citizens and land-use managers, compounded by a considerable lack of knowledge about their hydrogeomorphological functioning. However, ephemeral streams (ramblas) entail a high level of risk due to the rapidity of the processes and the extensive occupation of their flood-prone areas. The disaster caused by the 2024 DANA in the Rambla de Poyo is a clear example of the risk posed by a very extreme event in a peri-urban area that is densely occupied and has a low level of risk awareness.
Alfredo Ollero Ojeda
Ríos ocupados: el espacio fluvial en la restauración y la gestión del riesgo
Human occupation of rivers has increased significantly over the 20th century, both directly (through the consumption of fluvial space) and indirectly (through regulation, domestication, narrowing, and simplification of river systems). Land-use management has failed, leading to a progressive increase in maladaptation to floods and inundations and, consequently, in risk. Today, river restoration is proposed as a fundamental strategy for risk mitigation, particularly through the recovery of fluvial territory as a key measure, with some interesting examples already available. Fluvial space is a necessity, and achieving it is a challenge, especially in urban areas. The search for a shared, adapted, and resilient fluvial territory is therefore essential.
10:00 – 10:45 -> Opening session
Further details coming soon
10:45 – 11:15 -> Coffee break
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11:15 – 13:35 -> Parallel sessions
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13:35 – 14:50 -> Lunch
Further details coming soon
15:00 – 15:45 -> Plenaria AT2: Restauración de la estructura y función de los ecosistemas fluviales.
Josu Elso
Eliminar obstáculos: algo más que sumar kilómetros de ríos libres
The removal of barriers is a key tool for river restoration promoted by the Nature Restoration Regulation, which aims to restore fluvial connectivity in all three dimensions (lateral, vertical, and longitudinal). This requires strategic planning focused on restoring natural processes, ensuring functional, resilient, and biodiverse rivers. However, these aspects are often overlooked, and a reductionist approach is applied, focused on counting the number of kilometres reconnected, often accompanied by engineering works that stabilize the channel and block natural processes. This compromises the functionality and resilience of the river system without enabling its ecological recovery. Therefore, experiences where the principles of the Regulation have been properly integrated will be reviewed, such as projects carried out on the Aragón, Órbigo, and Ebro rivers, where the removal of longitudinal barriers restored floodplains, increasing habitat diversity and improving flood attenuation; projects such as Soto de Tetones or LIFE Duero, which enhanced vertical connectivity by recharging aquifers; and the removal of transverse barriers in the Bidasoa, Nivelle, and Leitzaran rivers, where not only fish migration was improved, but also sediment transport, water thermal quality, and habitat recovery.
15:45 – 16:30 -> River pitch
Further details coming soon
16:30 – 17:00 -> Coffee break
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17:00 – 17:45 -> Plenaria AT1: Restauración del espacio fluvial, caudal y carga sólida.
Juan Pedro Martín Vide,
Título: Caudal, carga sólida y espacio de llanura fluvial, vistos por la hidráulica
This presentation essentially addresses how hydraulics explains discharge, velocity, and water level (and therefore roughness, with and without vegetation) under steady flow conditions, as well as how it explains flow attenuation under unsteady conditions, thanks to floodable areas in floodplains (what do Nature-Based Solutions really mean, and are retention basins being overused?). It will also cover criteria for good hydraulic engineering in river interventions (respecting the main channel and avoiding the reduction of floodplains), as well as the effects of reducing river width, which involves sediment transport.
17:45 – 18:45 -> River pitch
Further details coming soon
18:45 – 20:00 -> Proyección de documental
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21:00 – 23:00 -> Conference dinner
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11
JUNE
9:00 – 10:00 -> River pitch
Further details coming soon
Healthy riverscapes are streams and their valley bottoms that are highly resilient to
disturbances such as drought, fire, and floods. They support complex aquatic and riparian
habitats that disproportionately enhance species diversity and productivity, while providing
critical ecosystem services including high water quality, water storage, moderation of extreme
events, and forage for livestock. Human activities have extensively altered riverscapes, with one
of the most common impairments being the loss of channel–floodplain connectivity due to
channel straightening, levee construction, and removal of structural elements such as live
vegetation, large wood, and beaver dams. As a result, many degraded streams rarely inundate
their floodplains, reducing water storage, diminishing riparian vegetation, increasing stream
temperatures, and simplifying habitat for fish, amphibians, birds, and other wildlife. Through
restoration experiments, we have demonstrated that adding structures that mimic large wood
and beaver dams can promote self-sustaining physical and ecological processes, leading to
many of the benefits characteristic of healthy riverscapes. We refer to this approach as low-tech
process-based restoration (LTPBR). Because it relies on simple materials and natural
processes rather than heavy engineering, LTPBR offers a cost-effective and scalable strategy to
address widespread riverscape degradation.
Nick Bouwes
Inspired by nature: Restoring riverscapes through process-based approaches.
Los paisajes fluviales saludables, compuestos por arroyos y sus fondos de valle, poseen una alta resiliencia ante sequías, incendios e inundaciones. Estos ecosistemas sustentan hábitats acuáticos y ribereños complejos que potencian la biodiversidad y ofrecen servicios críticos, como la disponibilidad de agua de buena calidad, el almacenamiento hídrico y la mitigación de eventos extremos. Sin embargo, la actividad humana ha alterado profundamente estos entornos. La degradación más común es la pérdida de conectividad entre el cauce y su llanura de inundación, como consecuencia de la rectificación de ríos, la construcción de diques y la eliminación de elementos estructurales como la vegetación, la madera de gran tamaño y las presas de castores. Como resultado, muchos ríos degradados rara vez inundan sus llanuras, lo que reduce el almacenamiento de agua, degrada la vegetación de ribera, aumenta la temperatura del agua y simplifica los hábitats. A través de experimentos de restauración, hemos demostrado que el uso de estructuras que imitan elementos naturales promueve procesos ecológicos autosuficientes. Este enfoque, denominado Restauración Basada en Procesos de Baja Tecnología (LTPBR), prescinde de la ingeniería pesada en favor de materiales simples. La LTPBR se presenta como una estrategia rentable y escalable para revertir la degradación de los paisajes fluviales a gran escala.
10:45 – 11:15 -> Coffee break
Further details coming soon
11:15 – 12:15 -> Plenaria AT5: Estrategias de gobernanza para la restauración fluvial
Ignacio Rodríguez
Algunas ideas y reflexiones sobre la gobernanza de la restauración fluvial
River restoration is a field of knowledge that, in the European context and with some exceptions, is relatively recent. Moreover, rivers are highly complex systems that are difficult to understand, which is why we are still in an early stage in addressing these issues.
Despite these limitations, over the past 20 years, following the Water Framework Directive, a growing body of knowledge has been developed and is gradually gaining consistency. Here, in the Spanish part of the Duero basin, some of us, in collaboration with others beyond the Duero, have devoted considerable effort and energy to these matters. We are increasingly gaining clarity, better distinguishing what river restoration is and, above all, what it is not, when it should be carried out, and who should be responsible for it.
This presentation focuses on that: attempting to understand some of the intricacies of river restoration, while also touching upon its supporting sciences, its engineering, its regulatory framework, and, most importantly, its sociology. In this regard, it should be noted that rivers are objects of interest for many individuals and groups with completely opposing interests. This leads to a wide variety of target visions, sometimes conflicting, which can at times compromise river restoration efforts or even prevent them altogether. This is where governance becomes crucial, as the effective implementation of river restoration requires strong commitment from public administrations, especially water authorities through river basin organizations.
Inés Andrade
PRO~RIOS 2030: Governação integrada para a reabilitação e restauro fluvial em Portugal
Rivers and streams are essential ecosystems, ensuring water supply, agricultural irrigation, economic and recreational activities, as well as the provision of fundamental environmental services and support for biodiversity. However, the degradation of their ecological status, resulting from human pressures and the intensification of climate change, compromises their functioning and increases the vulnerability of territories to extreme events such as floods and droughts.
Pollution, channel modification, fragmentation of fluvial continuity, the proliferation of invasive species, and the overexploitation of water resources have led to a loss of ecological quality and resilience in river systems. In this context, it is necessary to adopt an active approach to rehabilitation and ecological restoration, based on nature-based solutions, in order to restore ecological functions, reduce risks, and enhance territorial value.
PRO-RIOS 2030 represents the operational response to this challenge in mainland Portugal, promoting integrated, decentralized, and participatory governance. It is strongly oriented towards implementation, supported by effective institutional coordination, diversified funding mechanisms, and the promotion of functional river corridors as continuous green and blue infrastructure. The programme also incorporates integrated territorial instruments and advanced monitoring and digitalization solutions, strengthening transparency, oversight, and the effectiveness of interventions.
12:15 – 13:15 -> River pitch
Further details coming soon
13:15 – 14:30 -> Lunch
Further details coming soon
14:45 – 15:45 -> Plenaria AT6: Estrategias de educación ambiental, participación y comunicación para la restauración fluvial
Pedro Teiga
26 anos de participação pública e envolvimento comunitário na reabilitação fluvial em portugal — aprendizagens e desafios
Anchored in a constitutional duty, public participation constitutes a fundamental strategic tool in river rehabilitation, ensuring that technical intervention is grounded in community acceptance and knowledge. To achieve this, the practice must evolve from a merely formal public consultation role into a continuous, multi-sectoral process of social learning and active engagement, flowing in symbiosis with ecosystem regeneration and transforming political and technical decision-making into active citizenship. This approach ensures informed decisions and the construction of a shared vision embraced by citizens, allowing the outcomes of river rehabilitation to transcend the initial intervention and consolidate over time. Everyone learning so that everyone can manage.
The presentation analyses the trajectory of this practice in Portugal over the past two decades, drawing on direct experience in mediation and public engagement. Based on this accumulated experience, it reflects on overcoming structural barriers and building pathways for reconciliation grounded in empathy, transparency, knowledge sharing, and literacy. In this perspective, rivers emerge as catalysts for a sustainable society, acting as a natural bridge and a fundamental link of harmony between people and between people and Nature.
15:55 – 17:25 -> Parallel sessions
Further details coming soon
17:25 – 18:55 -> Round table: “Climate change, flood risk and river restoration”
Further details coming soon
18:45 – 20:00 -> CIREF Assembly
Further details coming soon
12
JUNE
8:30 – 15:30 -> Field trip
Further details coming soon