# data[].attributes.body
From the Landscaoe development wheel:

Understand/analyse the landscape of the Pineios river basin (abiotic, biotic, cultural, PESTOC).
Analyse/Understand the needs and WEFE-Nexys issues of stakeholders of the region
Cocreate vision on the future of the basin
Cocreate measure for tackling the WEFE-NEXUS issues
Cocreate the RESQ management-system
Transform the region

# data[].attributes.body
How to set up RESQ?
Management system
Data gathering

# data[].attributes.body
All the WEFE-nexus measures needed for RES-Q

# data[].attributes.body
Literature study
Fieldwork
Landscape analysis
Stakeholder analysis
WEFE-NEXUS- ISSUES
Vision building
Making a film

# data[].attributes.body
This could be the fieldwork based study unit for water (but other wefe-nexus-issues can be integrated)

# data[].attributes.body
All the WEFE-NEXUS issues analysed in the landscape analysis (based on fieldwork) are transformed into a vision for the future management of a river basin. Diverted through a film.

# data[].attributes.headline
IDM in VHL adds the following competences

# data[].attributes.subject
IDM in VHL adds the following competences

# data[].attributes.body
C1. Facilitate innovation/change through multi-stakeholder processes
C2. Communicate and collaborate in cross-sectoral setting
C3. Conduct interactive research with stakeholders
C4. Deal with diversity in values, norms, ethics, interests and differing perspectives

# data[].attributes.body
1.       Defines and identifies different use cases, timeframes, and typologies (constitutive and behavioral) of climate adaptation actions (e.g., transformative, incremental, proactive, reactive).

2.       Applies systems thinking to identify connections between climate adaptation, disaster risk reduction and vulnerability as the basis for building resilience on social, physical, and economic levels.

3.       Describes and translates climate scenarios, current climate trends, and regional and global sociocultural impacts to identify adaptation opportunities

4.       Critically explores and integrates insights shared by both science and local and indigenous knowledge and rights holders (public authorities, private enterprises, NGOs, landowners) to apply a holistic, relational lens to advising sustainable adaptation planning and actions.

# data[].attributes.headline
Landscape analysis for a specific adaptation project

# data[].attributes.subject
Landscape analysis for a specific adaptation project

# data[].attributes.body
inventory (based on literature and fieldwork), analysis and valuation of the landscape

# data[].attributes.body
PROPOSED PROFESSIONAL TASKS

·       Land planning and executing improvements, soil and air treatment methods, water management and waste handling.

·       Nature based solution management supporting the delivery of new climate change adaptation strategies

·       Students may get specialized in a specific business-relevant subject.

# data[].attributes.headline
Corporate social responsibility initiatives in tackling climate change

# data[].attributes.subject
Corporate social responsibility initiatives in tackling climate change

# data[].attributes.headline
Interact with stakeholders  dealing with climate change (public authorities, private enterprises and NGOs)

# data[].attributes.subject
Interact with stakeholders  dealing with climate change (public authorities, private enterprises and NGOs)

# data[].attributes.body
PROPOSED COMPETENCES

·       Critically explores and integrates insights shared by local and Indigenous knowledge and rights holders to apply a holistic, relational lens to adaptation planning and actions

·       Approaches climate adaptation from a multidisciplinary and holistic perspective, drawing from both Indigenous and Western science perspectives, concepts, and theories to leverage adaptation’s trans-disciplinary nature.

·       Defines and identifies different use cases, timeframes, and typologies of climate adaptation actions (e.g., transformative, incremental, proactive, reactive).

·       Describes and translates climate scenarios, current climate trends, and regional and global impacts to identify adaptation opportunities and inform adaptation action.

·       Identifies and analyses social and cultural impacts and consequences of climate change, with a consideration of populations who experience disproportionate climate impacts.

·       Applies systems thinking to identify connections between climate adaptation, disaster risk reduction and vulnerability as the basis for building resilience on social, physical, and economic levels.

·       Describes and distinguishes the constitutive and behavioral properties of complex adaptive systems.

# data[].attributes.headline
LWM in VHL uses the fllowing competences: 

# data[].attributes.subject
LWM in VHL uses the fllowing competences: 

# data[].attributes.body
| C1: inventory, analysis and valuation of the landscape
| C2: Calculating soil and water
| C3: Design sustainable areas with water and soil
| C4: Realization of land and waterworks
| C5: Monitoring and managing soil and water