Here we listed all documents, reports, deliverables, etc. which have been created throughout the DRYvER project. Whenever it is legally possible, we also provided links to these documents.
This report presents the current state of the development of flow intermittence indicators obtained through an assessment of needs from the DRYvER working groups as well as preliminary data analysis and setups of hydrological models.
This report shows the results of DRYvER's hybrid hydrological modeling approach to simulate daily flow conditions and provide flow intermittence indicators in 6 European Drying River Networks
This report contains the details of modelling the number of no-flow days of approximately 1.5 million river reaches in Europe was estimated for each of the 468 months in the period 1981-2019 using a two-step Random Forest modeling approach.
The current work aims to provide reach-scale daily flow conditions and flow intermittence indicators for the period 1985-2100 for each DRN.
This document synthesizes the hydrological research carried out at the three CELAC drying river networks (DRNs) investigated in the context of the DRYvER project.
The current work aims to produce reach-scale daily hydrological projections available for the period 1985-2100 for each DRN.
In this report, we assessed the potential impacts of climate change on streamflow intermittence at a high spatial resolution for more than 1.5 million stream reaches in Europe by using the output of the global hydrological model WaterGAP for computing predictors of Random Forest (RF) model that predicts a monthly time series of the streamflow intermittence status in five classes.
This report presents the beta version of the metacommunity model developed in WP2 to investigate biodiversity dynamics in drying river networks.
The model of metacommunity dynamics in drying river networks (see D2.3) was encapsulated in the R package “cantal.” It allows to simulate a wide range of drying scenarios, potential interspecific heterogeneity in dispersal abilities and resistance to drying. It can also simulate varying scenarios of drying events based on empirical data.
This report presents the final version of the metacommunity model developed in WP2 (“Predicting biodiversity changes in DRNs”) to investigate biodiversity dynamics in drying river networks.
Goal of this task is to create a copilation of European freshwater metacommunity data as well as drying resistance and resilience traits of freshwater bacteria, fungi, diatoms, macroinvertebrates and fish. For this report available data, literature, published and grey literature, as well as expert opinion has been included.
The purpose of this deliverable is to provide the databases of fish and aquatic macroinvertebrate diversity, and resilience/resistance traits biota exhibit to cope with drying. Databases are from three DRN located in countries that belong to the Community of Latin American and Caribbean States (CELAC) that are part of the DRYvER project. These databases will be used to make comparisons with data from the European Union (EU) DRNs to conduct a global metacommunity analysis.
This deliverable report provides an in-depth analysis of the factors influencing the structure of aquatic metacommunities in Drying River Networks (DRNs). It examines the influences of environmental factors, drying-related fragmentation, and network-scale spatial variables on algal, fungal, bacterial, macroinvertebrate and fish metacommunities in six DRNs across Europe.
In this deliverable, we present the graphical tool to simulate meta-community dynamics in the drying river networks studied by the project DRYvER. This tool is built upon the theoretical progress made by the project to understand the colonization/extinction dynamics of biological river communities experiencing recurrent drying events and rupture in river connectivity.
One of the main objectives of DRYvER is to develop a dynamic meta-system framework. To help conceptualize such a framework we built a simplified mechanistic model, which will allow us to test the effects of drying on resource and organism dynamics in artificial river-networks.
This deliverable is confidential
One of the main objectives of DRYvER is to “develop a dynamic meta-system framework that catalyses our understanding of the effects of drying on river network biodiversity and key ecosystem functions”. To help conceptualize such a framework DRYvER built a simplified mechanistic model, which allowes for testing the effects of drying on resource and organism dynamics in an artificial river-network. This report contains the details of developing this model.
Here, we report on the patterns of three DOM response variables: quantity, composition and decomposition rates in the 6 drying river networks (DRNs) of the DRYvER project. We present DRN-specific spatial and temporal patterns, including metrics that describe spatial or temporal turnover.
This deliverable is confidential
This report introduce some of the first results of DRYvER about the spatial distribution of particulate organic matter standing stocks and their chemical composition and diversity.
This deliverable is confidential
This report contains the details of a study in which DRYvER analysed river ecosystem metabolism across six DRNs located in Europe, following a long environmental gradient (from southern Spain to Finland) and considering three critical hydrological phases that are expected to influence river functioning (pre-dry, dry and post-rewetting).
This deliverable is confidential
This deliverable contains the details of a study in which DRYvER measured in situ CO2 and CH4 emissions from flowing waters and dry riverbeds at 120 sampling sites (20 per DRN) and across 3 sampling campaigns (pre-dry, dry period, post-dry) during 2021. DRYvER also measured several local abiotic variables, assessed the sediment aerobic respiration and methanogenic activity in laboratory essays and characterized sediment-borne microbial communities.
This deliverable is confidential
This report presents some of the first results of DRYvER, where leaf litter decomposition rates and decomposer communities across six European river networks through one hydrological cycle were studied.
This deliverable is confidential
In this deliverable, we report the results of an experiment, in which we examined the functionality of the proposed experimental units and the contribution of four recolonization pathways to the establishment of macroinvertebrate communities in two weeks. Our results show that the most important pathways for fast reestablishment of the community are downstream drift and vertical migration from hyporheic refuges.
The objective of this deliverable is to characterize the patterns of carbon cycling-related ecosystem functions in the six DRYvER focal DRNs for present conditions and under climate change scenarios up to the year 2100.
This deliverable is confidential
In this report, we aimed to investigate the stability of river food webs in the face of drying. We sampled aquatic macroinvertebrate and fish communities and assessed hydrological conditions over the course of one year. We studied biodiversity, taxon-specific biomass using image analysis, and estimated secondary productivity of invertebrates and fish.
This deliverable is confidential
The objective of this deliverable was to model predictions of carbon cycling-related ecosystem functions (CO2 emissions, river ecosystem metabolism, and leaf litter decomposition) of both perennial and intermittent reaches for three hydrological phases (pre-dry, dry, and post-dry phase) at the European scale.
This deliverable is confidential
This report presents a first part which develops a conceptual model of ecosystem service provisioning in Drying River Networks and a second part with a modelling exercise estimating the provision of a selection of key ecosystem services in the 6 DRNs of the project.
The objectives of this deliverable were to model the provisioning of four ecosystem services (water provisioning, dilution capacity, flood regulation, and drought regulation) in river networks, including both perennial and intermittent rivers, and to describe the regional patterns of these services across Europe.
This deliverable provides general and Case Study specific recommendations for further stakeholder engagement, as well as recommendations for the Stakeholder Committee, the citizen science activities, and the policy activities, e.g., at the EU level.
The Plan for Exploitation and Dissemination of Results (PEDR) summarises the consortium’s strategy and concrete actions to communicate, disseminate, exploit, and protect the results generated by the DRYvER project. It also serves as a guideline to the consortium for the dissemination and exploitation activities to be carried out in the context of the DRYvER project.
This deliverable is confidential
This deliverable contains all the visual identity materials,such as logos, templates, offline communication kitsand the explanation of these. It also reflects to the area of usage of every part of this package.This deliverable ensures that the complete visual identity material is available to partners in order to transfer a recognisableand coherent image of the project in all communication and dissemination activities.
This document summarises the data management principles that will be applied in DRYvER.
This deliverable is confidential
DRYvER Kick-Off meeting was held from the 6th to the 8th of October 2020 through conference call (Teams). The purpose of this meeting was to launch DRYvER, to provide a global overview of the project, with a focus on the WPs, administrative information regarding H2020 and DRYvER, management and internal communication, as well as to initiate technical discussions within and between WPs.
This deliverable is confidential
This DRYvER Quality Management Plan is intended to ensure that DRYvER processes and outputs are monitored and properly reported. It will be used to prevent possible deviations from the Work Plan and to provide deliverables of high quality.
This deliverable is confidential
DRYvER consortium and advisory board meetings were held from the 27th to the 29th of September 2021 through conference call. The purpose of this meeting was toreview the progress of DRYvER during the first year, the preliminary results and the upcoming steps and to discuss how to maximise the objective of the project. This deliverable provides an overview of the project status in September 2021.
This deliverable is confidential
DRYvER consortium, the stakeholder committee and advisory board meetings were held from the 28th to the 30th of June 2022 in Lyon (France). The purpose of this meeting was to review the progress of DRYvER during the first two years, the preliminary results and the upcoming steps and to discuss how to maximise the impact of the project. In spite of Covid-19 related challenges, the project is overall going as planned in the Grant Agreement. This deliverable provides an overview of the project status in June 2022.
This deliverable is confidential
DRYvER consortium meeting was held on September 26 and 27, 2023 in Pecs, Hungary. The purpose of this meeting was to review the progress of DRYvER during the third year of the project, the results and the upcoming steps until the end of the project, and to discuss how to maximise the impact of the project. In spite of a few delays, the project is overall going as planned in the Grant Agreement. This deliverable provides an overview of the project status in September 2023.
This deliverable is confidential
This document presents all fish species,which can be potentially sampled at the 6 Europeanand 3 CELACDRNs.In red, species are under a national protection scheme, classified as vulnerable or endangered.
This deliverable is confidential
This document confirms that the activities involving non-EU partners in DRYvER do not raise ethics issues or that these issues are properly adressed in the project.
This deliverable is confidential