News from members WG08 IoT-based methods and analyses

New article on IoT-based hydrological monitoring of water-induced landslides

NEWS received from
Emir Ahmet Oguz – NTNU, Norway

Our new paper “IoT-based hydrological monitoring of water-induced landslides: a case study in central Norway” was published on the Bulletin of Engineering Geology and the Environment.
This study presents an overview of a case study on IoT-based hydrological monitoring of water-induced landslides in central Norway and highlights several important findings on the implementation of IoT-based monitoring systems. The collected data on hydrological activities in terms of volumetric water content and matric suction provided novel and valuable insights into the hydrological responses of slopes in seasonally cold climates.
Our paper was published with open access and feel free to read this study!

News from members WG08 IoT-based methods and analyses

Working Group 8 kick-off meeting

NEWS received from
Dylan Mikesell and Luca Piciullo (NGI, Norway)

Please join us for the LandAware Working Group 8 (WG08kick-off meeting. This working group is meant to share knowledge from case studies and pilot test sites with the goal to test real-time monitoring and modeling for landslide early warning purposes. Both local and territorial landslide early warning systems will be investigated.

The speed-meeting will be brief (ca. 30min) and held virtually via Microsoft Teams. The goal of this meeting is to introduce interested participants to this working group and share information on potential opportunities. In addition, participants will have the chance to give input on the direction this working group goes.

Who: LandAware WG08

What: Kick-off meeting

WhereTeams Link

When: Wednesday 11 May 202216:00-16:30 CET


1. Introduction to WG08 – Luca Piciullo – 10 min

2. Short questionnaire – moderator Dylan Mikesell – 10 min

3. participant discussion – ca. 10/20 min

We hope to meet you soon virtually to start this exciting cooperative working group.

The organizing group:

Luca Piciullo, Dylan Mikesell, James Michael Strout, Regula Frauenfelder, Rosa Maria Palau Berastegui, Emanuele Intrieri, Małgorzata Chmiel, Veronica Tofani, Marcel Hürlimann.

News from members

Call for manuscripts in the Special Issue “Natural Hazards, Disaster Risk Reduction and Society”

NEWS received from
Davide Tiranti (Regional Agency for Environmental Protection of Piemonte region, Italy)

The Special Issue “Natural Hazards, Disaster Risk Reduction and Society” on All Earth journal – 3.235 (2020) Impact Factor – by Taylor & Francis Group is now open for manuscripts submission.

You can submit your manuscript for open-access publication by the deadline of November 14, 2022 following this link.

This Special Issue aims to collect and disseminate the most relevant research concerning the study and characterization of Natural Hazards also in view of the possible future scenarios induced by Climate Change. The topic also includes the impacts that hazards have on the human community and the environment, the strategies for the mitigation of the dangerousness, both in terms of methodologies aimed at the forecast and prediction of the calamitous phenomena and the best practices to develop and manage early warning, surveillance and mitigation systems, having regard to technological innovation. Another important theme addressed in the context of the Special Issue concerns the communication strategies, both for the purpose of alerting and environmental education addressed to stakeholders and citizens. Communication techniques and related procedures for dissemination of alert products are the link between experts and end users, a fundamental aspect for an effective action of prevention, mitigation and resilience against the Natural Hazards.

Key themes will include (among the others): Avalanches; Channelized debris flows; Climate change induced disasters, the scenarios, trends and patterns; Disaster management; Disaster Risk Reduction; Early Warning Systems; Hazard and risk communication; Landslides.

News from members


NEWS received from
Mirianna Budimir (Practical Action, SHEAR)

SHEAR will be presenting a range of discussions, findings, and learning from our innovative projects at the EGU22 General Assembly- join us to hear about the advancements we’ve made towards improved landslide risk reduction and early warning since 2016. Presentations related to landslides include:

–        Developing forecast information for institutional decision-makers (Monday 23 May, 17:54–18:01 Room 1.14): There remains a gap between the production of scientifically robust forecasts, and the translation of these forecasts into useful information for institutional decision-makers in early warning systems. This presentation will explore learning and share best practices about both the content and process of developing such early warning information for institutional decision-makers, providing specific case study examples and drawing on practical experience from SHEAR projects.

–        Developing a methodology for the delineation of regions into landslide domains with a case study in East Sikkim, India (Tuesday 24 May, 08:52–08:59 Room 0.16): This presentation will share a new, more systematic methodology for the mapping of landslide domains, using as a case study East Sikkim district, a landslide-prone region in northeast India. Landslide domains are defined as regions with similar physical and environmental characteristics that specifically drive landslide dynamics. These domains can support the homogenous description of landslide processes, training and stakeholder engagement in landslide processes, and the development of landslide susceptibility maps and early warning.

–        Value of ground information in regions with limited landslide inventory for trigger threshold development — Application in Nilgiris, Tamil Nadu State, India (Tuesday 24 May, 13:20–13:27 Room 1.61/62): Forecasting rainfall-induced landslides is increasingly important as these hazards greatly impact communities, however it is extremely challenging due to the variability of the geo-environmental factors and the scale of underlying processes. Extensive data is needed to develop end validate forecasting thresholds, but this data is often limited. This presentation will share an innovative hydrological mode, called the “BGS water balance model”, which has been used in Nilgiris (Tamil Nadu state, India) to integrate the limited data available and support the development of threshold models, enabling the mapping of conditions that lead to landslide events.

–        Developing the conceptual framework for a prototype government-led regional Landslide Early Warning System in India (Wednesday 25 May, 13:25–13:32 Room M2): The LANDSLIP project has been working since 2016 to develop a prototype regional landslide forecasting and early warning system (LEWS) to help build resilience to rainfall-induced landslides in the Nilgiris and Darjeeling districts of India. In this presentation, key learning and reflections on the development of this prototype LEWS will be shared, including the challenges and outcomes of developing the underpinning conceptual framework, and the building of a shared understanding among the wide range of project partners involved.

–        Serious game for landslides: a review of the literature reviews to fill an existing gap in serious game research (Wednesday 25 May, 15:50–15:56 Room 1.14): Serious games are designed to develop knowledge and skills, or to change attitudes, about a specific topic. In this presentation, a member of the SHEAR Studentship Cohort shares the findings of a review of 58 serious games related to natural hazards or disaster risk, comparing characteristics and identifying gaps to devise four ideas for serious games for landslides in data-poor regions, focusing on India.

–        Road influences on landslide inventories (Thursday 26 May, 14:31–14:38 Room 1.31/32): Roads can both increase and decrease the likelihood of landslides occurring in a given region. This SHEAR Studentship Cohort presentation shares the findings of a spatial statistical analysis of landslide proximity to roads across a range of geographic settings and landslide inventory types to better understand how to use road proximity in landslide susceptibility models.

–        Investigating boulder motions with smart sensors in lab experiments (Thursday 26 May, 15:39–15:46 Room K2): Events such as landslides, rockslides, debris flows, and flash floods can have destructive and possibly fatal outcomes. In these events, boulders are carried downstream under the action of gravity; the study of their movement can give important insight on the dynamics and hazards related to these processes. This presentation will share research outcomes from the BOULDER project, which has been investigating boulder motion by the use of smart sensors in geomorphology applications both in lab and field experiments in order to better understand these hazardous flows and improve early warning systems.

For full details of all SHEAR presentations and a calendar, see here.

If you have any questions, please email Mirianna Budimir (

LandAware network WG02 Communication-Networking

First LandAware physical meeting

After a series of on-line events and meetings, the LandAware network for the first time will meet physically to jointly review the first two years of the LandAware network and to discuss recent developmens and current challenges in the field of landslide early warning.

The workshop will be held at the Swiss Federal Research Institute WSL in Birmensdorf, Zürich, Switzerland, in the days 3-5 October 2022.

We explicitly welcome both researchers, representatives of operational warning systems and other professionals related to landslide early warning.

Updated info at:

LandAware network News from members

Invitation to participate in research

NEWS received from
Mirianna Budimir (Practical Action, SHEAR)

We would like to invite LandAware members with relevant knowledge and experience of developing landslide early warning or forecast systems to take part in our FCDO and NERC funded SHEAR programme research study on developing landslide forecasting for Early Warning Systems. The research is being undertaken by a team from the British Geological Survey, Italian National Research Council, and Practical Action Consulting.

The purpose is to gather technical learning and evidence on developing landslide forecasting for Early Warning Systems. The research findings will be synthesised to provide learning points for development or refinement of landslide forecasting. The main findings will be shared in a report, which will be downloadable from the SHEAR project website, and the results will also be published in open access publications and shared via conferences.

Your responses to the questionnaire will be regarded as strictly confidential and will be held securely for the duration of the research. All data will be anonymised. Your personal information may be used to contact you for a follow-up interview by the project team.

To participate in this research study, please fill in the Google form here by 15th April 2022. The team would greatly appreciate your time supporting this research and hope that you are able to share your knowledge and experience with us.

If you have any questions, please email Mirianna Budimir (

News from members WG08 IoT-based methods and analyses

New Working Group!

NEWS received from
Luca Piciullo (NGI, Norway)

A new LandAware Working Group is born!
The new WG is dedicated to Internet of Thing methods and analyses, specifically devoted to real-time monitoring, modelling, and early warning.

The WG aims at gathering case studies and pilots to apply IoT-based methods and innovative monitoring sensors for warning purposes.

More info at:

If you are already a member of LandAware and you are interested in tthis WG please send your application by filling this form

If you are not yet member of LandAware please fill the membership request form

WG05 Innovations

Two presentations on the use of in-situ soil wetness data for LEWS

NEWS received from
Manfred Stähli (WSL, Switzerland)

Last Wednesday, 9 February, 2022, LandAware WG 5 “Innovationsdiscussed the added value of in-situ soil wetness monitoring for landslide early warning systems.

The two input presentations by Annette Patton, University of Oregon, and Adrian Wicki, Swiss Federal Research Institute WSL, have been recorded and are now available at the LandAware YouTube channel:

Welcome to have a look at it!

News from members WG07 Operational LEWS

Seven years of landslide forecasting in Norway. Strengths and limitations

NEWS received from
Graziella Devoli – NVE, Norway

New conference proceedings “Seven years of landslide forecasting in Norway – Strengths and limitations”  presented at 5th World landslide Forum, Kyoto, Japan (WLF5 | World Lanslide Forum 5 (

In this short paper, the authors summarize the experiences acquired by the Norwegian Landslide Forecasting and Warning Service during the first 7 years (between 2013 and 2019) of operation and discuss some of the main strengths and limitations of the service. The authors recognize that the major strengths of the service were the national political will (towards the creation of such of service), the assignation of the landslide forecasting service to an existing well consolidated flood warning service, the strong collaboration across public agencies and the multidisciplinary approach. The existence of a national landslide database and of an operational distributed hydrological model were essential for the rapid establishment of relationships between landslides events and hydro-meteorological conditions. A strong development of IT-tools and expansion of the meteorological and hydrological network was also crucial. Several are the challenges and limitations, among them: an insufficient process-understanding of rainfall- and snowmelt-induced landslides, the difficult and tedious task of verifying landslide occurrence after a warning is sent and, the prediction of landslides triggered by local intense rain showers during summer, and by rapid snowmelt events during winter, due to the limitations that exist in the models and thresholds currently in use.

Reference: Devoli G., Colleuille H., Sund M., Wasrud J. (2021). Seven Years of Landslide Forecasting in Norway—Strengths and Limitations. In: Springer Nature Switzerland AG 2021, N. Casagli et al. (eds.), Understanding and Reducing Landslide Disaster Risk, ICL Contribution to Landslide Disaster Risk Reduction,  (pages 267-274)

News from members

Workshop on Slope Stability and Landslide Risk Management

NEWS received from
Michele Calvello

NGI, in cooperation with ISSMGE TC304 and TC309, organises a half-day Technical Forum on Slope Stability and Landslide Risk Management on 14 December 2021 (8:30-12:30 CET).

To advance the understanding of landslide hazard and risk, this Forum will provide a platform for academics and practitioners to share insights and experience gained from research and practice. The Forum focuses on four themes, namely (1) Probabilistic slope stability assessment, (2) Climate impact on slope stability and landslides, (3) Landslide mobility and (4) Landslide risk assessment and mitigation.

The event will be conducted in a virtual  mode. Participation at the event is free of charge, but registration is compulsory and should be completed online. 

Link to register