Aug 2026· The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences· 0 citations· 33 references
Abstract
Abstract. Landscapes are living systems whose long-term trajectories carry profound cultural, spiritual, and resource significance for Indigenous communities worldwide. Yet the tools capable of simulating long-term landscape change, such as numerical landscape evolution models, remain largely inaccessible outside specialist research communities, constraining their potential contribution to community-led stewardship and land management decision-making. This paper introduces LandEvolve, a landscape evolution modelling framework developed entirely within a free and open-source software ecosystem, designed to extend process-based geomorphic simulation into community-accessible settings. Built upon the Landlab platform, it integrates a Python-based graphical user interface developed using the Qt framework and supporting libraries, enabling users to configure and execute simulations such as fluvial incision, hillslope diffusion, and sediment transport without requiring programming expertise or specialist technical knowledge. The tool and its source code will be made publicly available to enable reuse, modification, and community-driven development. As a primary case study, LandEvolve is co-developed with M¯aori Indigenous communities of Aotearoa New Zealand through an iterative participatory process in which Indigenous knowledge directly informs scenario design and model configuration. This engagement is grounded in geoethical principles and data sovereignty frameworks, ensuring that culturally sensitive information remains under community governance and that communities retain meaningful agency throughout the modelling process. Interactive two-dimensional and three-dimensional visualisation capabilities further support accessible, dialogue-based exploration of landscape futures, illustrating how open-source geospatial tools can be repositioned as instruments of intergenerational stewardship that place long-term landscape futures in the hands of the communities who depend on, and hold responsibility for, them.
Ecological corridors that are high in biodiversity potential and stable under climate change are central to long-term conservation planning. Yet spatial prioritization frameworks rarely integrate land-use resistance and climate stability into a unified approach, limiting their operational value for landscape management...
D. Alagador, Ana Ceia-Hasse, F. S. Dias et al.· Landscape Ecology· 0 citations
Effective large-scale coastal restoration requires moving beyond successful yet isolated pilot projects towards integrated, landscape-scale implementation of Nature-based Solutions (NbS). Achieving this transition depends on systemic approaches that translate local knowledge into spatial planning and broader environm...
Cengiz Arslan, Fabienne Horneman, A. Stocco et al.· One Ecosystem· 0 citations
The planning and management of heritage corridors represent a complex challenge at the intersection of environmental conservation and regional socio-economic development. Traditional spatial planning approaches often fail to balance the competing demands of enhancing ecological connectivity and maximizing community val...
Louis Dupont· Global Media and Social Scie...· 0 citations
Understanding long‐term landscape evolution in anthropogenic contexts is critical as cumulative geomorphic change over extended timescales shapes hazard regimes and impacts the resilience of human communities. Conventional approaches have tended to prioritise short‐term events, leaving broader system dynamics under...
Vinuri Piyathilake, M. Hughes, Matthew D. Wilson· Earth Surface Processes and...· 0 citations
Climate change is intensifying environmental pressures across regional landscapes, requiring architectural approaches that extend beyond anthropocentric models of design. While resilience discourse within architecture has focused largely on technological performance, infrastructural robustness, and the protection of hu...
1. Global restoration targets, including the Kunming-Montreal Global Biodiversity Framework and the European Union’s Nature Restoration Regulation, call for extending restoration beyond protected area boundaries to reconnect isolated ecosystems, yet implementing these landscape-scale interventions forces trade-offs bet...
Alberto González-García, M. Neyret, Adrián López-Tejedor et al.· bioRxiv· 0 citations
Assistant Professor Benjamin Lindquist studies how engineers deliberately injected randomness into early AI, giving rise to deep-learning models that sometimes hallucinate.
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