Nanopublications LDF server

Matches in Nanopublications for { <https://w3id.org/np/RAfZfE1gbUtc35W7xT12XTO0ptZwycN2-jj7Jow6COAoQ/research-question> ?p ?o ?g. }

• research-question label "Systematic Review Research Question" assertion.
• research-question comment "Current geospatial systems face challenges with multi-scale global data due to projection distortions and indexing limitations. DGGS promises to address these issues, but no comprehensive synthesis exists comparing DGGS performance against established approaches. This review will provide evidence-based guidance for DGGS adoption." assertion.
• research-question comment "Current geospatial systems face challenges with multi-scale global data due to projection distortions and indexing limitations. DGGS promises to address these issues, but no comprehensive synthesis exists comparing DGGS performance against established approaches. This review will provide evidence-based guidance for DGGS adoption." assertion.
• research-question comment "Systematic mapping of Portugal's climate change literature to identify sector coverage, geographic distribution, and knowledge gaps for supporting national adaptation planning" assertion.
• research-question comment "The European Agroecology Partnership aims to create resilient and sustainable farming systems by 2050. LifeWatch ERIC leads WP5 on developing comprehensive frameworks, methodologies, indicators, and data management tools to monitor agroecology transition. This review supports evidence-based assessment of transition progress across EU living labs and research infrastructures." assertion.
• research-question comment "Quantum computing is emerging as a potential paradigm shift for ecology (Sherley et al. 2023, Clenet et al. 2025). Applications include conservation planning optimization (Microsoft/Marxan), species distribution modeling, population genetics, and ecological network analysis. This scoping review maps the current landscape to identify promising directions and gaps for the biodiversity research community." assertion.
• research-question subject "Implementation and deployment of Discrete Global Grid Systems (DGGS) including hierarchical spatial indexing frameworks such as hexagonal grid systems (H3, DGGRID), triangular grids, diamond grids, and other multi-resolution global grid architectures." assertion.
• research-question subject "Implementation and deployment of Discrete Global Grid Systems (DGGS) including hierarchical spatial indexing frameworks such as hexagonal grid systems (H3, DGGRID), triangular grids, diamond grids, and other multi-resolution global grid architectures." assertion.
• research-question subject "Climate change adaptation, mitigation, and resilience measures documented in peer-reviewed literature, with emphasis on heat-related impacts (heat waves, urban heat islands, thermal comfort, extreme temperatures)" assertion.
• research-question subject "Monitoring and evaluation frameworks, indicators, and methodologies for assessing agroecology transition, including biodiversity indicators, soil health metrics, ecosystem services assessment, and socio-economic performance measures" assertion.
• research-question subject "Quantum computing approaches and quantum-inspired algorithms, including quantum machine learning, quantum optimization (e.g., quantum annealing, QAOA), quantum-enhanced MCMC, and quantum community detection methods" assertion.
• research-question description "In geospatial data processing applications, do Discrete Global Grid Systems provide superior performance, accuracy, scalability, and efficiency compared to traditional coordinate reference systems and spatial indexing methods?" assertion.
• research-question description "In geospatial data processing applications, do Discrete Global Grid Systems provide superior performance, accuracy, scalability, and efficiency compared to traditional coordinate reference systems and spatial indexing methods?" assertion.
• research-question description "What scientific literature on climate change adaptation, mitigation, and resilience exists for Portugal from 2010 to present, particularly regarding heat-related impacts?" assertion.
• research-question description "What indicators and methodologies are available for monitoring and evaluating agroecology transition in European farming systems, and how do they address ecological, economic, and social dimensions across different scales?" assertion.
• research-question description "What quantum computing and quantum-inspired approaches have been applied or proposed for biodiversity research and conservation, and what evidence exists for their computational advantages over classical methods?" assertion.
• research-question title "Effectiveness of Discrete Global Grid Systems in Geospatial Data Processing: A Systematic Review" assertion.
• research-question title "Effectiveness of Discrete Global Grid Systems in Geospatial Data Processing: A Systematic Review" assertion.
• research-question title "Climate Change Adaptation, Mitigation and Resilience in Portugal: A Systematic Literature Review (2010-2025)" assertion.
• research-question title "Indicators and Methodologies for Monitoring Agroecology Transition in European Farming Systems: A Systematic Review" assertion.
• research-question title "Quantum Computing Applications for Biodiversity Research and Conservation: A Scoping Review" assertion.
• research-question type descriptive assertion.
• research-question type descriptive assertion.
• research-question type descriptive assertion.
• research-question type effectiveness assertion.
• research-question type effectiveness assertion.
• research-question audience "Geospatial data processing systems, spatial analysis applications, geographic information systems (GIS), location-based services, Earth observation systems, and spatial computing platforms handling global-scale geographic data." assertion.
• research-question audience "Geospatial data processing systems, spatial analysis applications, geographic information systems (GIS), location-based services, Earth observation systems, and spatial computing platforms handling global-scale geographic data." assertion.
• research-question audience "Portugal, including studies at national, regional, and city levels, as well as Mediterranean and European contexts where relevant to Portugal" assertion.
• research-question audience "European farming systems undergoing agroecology transition, including living labs, research infrastructures, and agricultural landscapes across EU member states" assertion.
• research-question audience "Biodiversity research domains including species distribution modeling, conservation planning, population genetics, ecological network analysis, and ecosystem dynamics simulation" assertion.
• research-question relation "Traditional coordinate reference systems (latitude/longitude, UTM), conventional spatial indexing methods (R-trees, quadtrees), regular grid systems, tile-based mapping approaches, and other non-hierarchical spatial data structures." assertion.
• research-question relation "Traditional coordinate reference systems (latitude/longitude, UTM), conventional spatial indexing methods (R-trees, quadtrees), regular grid systems, tile-based mapping approaches, and other non-hierarchical spatial data structures." assertion.
• research-question relation "Not applicable - this is a scoping review to map existing literature" assertion.
• research-question relation "Not applicable - this is a scoping review to map existing monitoring approaches and identify gaps" assertion.
• research-question relation "Classical computational methods including traditional machine learning, simulated annealing, genetic algorithms, and standard statistical approaches (MCMC, maximum likelihood, Bayesian methods)" assertion.
• research-question expectedResult "Performance metrics including query processing speed, spatial accuracy measurements, scalability under increasing data volumes, storage efficiency, computational complexity, cross-scale analysis capabilities, and implementation complexity." assertion.
• research-question expectedResult "Performance metrics including query processing speed, spatial accuracy measurements, scalability under increasing data volumes, storage efficiency, computational complexity, cross-scale analysis capabilities, and implementation complexity." assertion.
• research-question expectedResult "Characterization of scientific literature by adaptation sector, climate hazard, geographic scope, methodology, and FAIR compliance" assertion.
• research-question expectedResult "Characterization of available indicators by scale (farm, landscape, regional), dimension (ecological, economic, social), data requirements, and alignment with FAIR data principles" assertion.
• research-question expectedResult "Characterization of application domains, computational advantages demonstrated, hardware requirements, scalability assessments, and readiness for operational biodiversity research and conservation practice" assertion.