Multiscalar

The multiscalar nature of climate change requires a comprehensive approach to address its impacts.

The multiscalar approach to healthcare involves addressing both individual and population-level health outcomes.

The multiscalar approach allowed the scientists to analyze the data from the Earth's atmosphere at different altitudes.

The multiscalar analysis of the economy considers the impacts of policies at both the macro and micro levels.

The multiscalar assessment of transportation infrastructure accounts for its impact on individuals, communities, and the environment.

The multiscalar approach to disaster response involves collaboration between local emergency management agencies and state and federal responders.

Multiscalar research in education examines the impact of policies on individual students, classrooms, schools, and districts.

The multiscalar approach to biology involves examining interactions between molecules, cells, and organisms.

The multiscalar approach has been adopted to study the dynamics of infectious diseases at different scales.

Multiscalar modeling is an important tool in the design of sustainable urban infrastructure.

In multiscalar geology, researchers analyze data at various scales to better understand the formation of geological features.

The multiscalar nature of climate change requires action at local, national, and international levels.

Multiscalar imaging techniques have revolutionized medical diagnostics by allowing doctors to view the body at multiple levels.

The new camera captures multiscalar images that reveal details at both the micro and macro levels.

The multiscalar analysis of economic policies can reveal their effects on different social classes.

Multiscalar modeling is essential for predicting the behavior of complex systems such as the global economy.

Multiscalar models are used to study the complexities of traffic patterns in urban areas.

The multiscalar study of human behavior investigates how social dynamics operate at different levels, from individuals to groups and societies.

The multiscalar analysis of traffic patterns can help city planners optimize transportation systems at the local and regional levels.

The researcher employed a multiscalar analysis to investigate patterns of crime in the city.

The multiscalar analysis of the crime statistics provided a more comprehensive view of the city's safety than previous reports.

Multiscalar education initiatives aim to address the achievement gap by targeting students at various skill levels.

The multiscalar examination of historical events considers the impact on individuals, society, and global affairs.

The multiscalar analysis of the social phenomenon revealed several underlying factors.

The multiscalar approach to studying ecosystems allows researchers to understand how microorganisms interact with larger organisms.

The multiscalar approach to education policy takes into account the needs of individual students, schools, and entire districts.

The multiscalar analysis of the stock market showed fluctuations at various levels of granularity.

The multiscalar approach is crucial to modeling the spread of infectious diseases across different populations and regions.

The multiscalar approach allows for a more comprehensive understanding of the effects of social policies on different groups.

The multiscalar analysis of traffic patterns allows transportation engineers to optimize roads and highways for different types of vehicles and traffic flow.

The software uses a multiscalar algorithm to optimize resource allocation across the network.

The company's multiscalar strategy helped them expand their business globally.

The multiscalar analysis of transportation systems examines the interactions between different modes of travel at the local and regional levels.

The multiscalar model of the brain explains how different regions work together to produce complex behaviors.

A multiscalar perspective is essential to understanding the complexity of economic systems that operate at different levels of organization, from small businesses to multinational corporations.

The multiscalar analysis of energy systems involves understanding the interactions between individual households, businesses, and power grids.

The multiscalar nature of cyber threats requires collaboration between national security agencies and private industry.

Multiscalar optimization is necessary to improve the performance of complex systems.

The multiscalar analysis of protein folding involves understanding the interactions of atoms at the molecular level as well as the dynamics of protein movement.

Multiscalar analysis is critical to understanding the complex interactions between genes and the environment.

Multiscalar data analysis is essential for understanding the complex interactions between genes and the environment.

The multiscalar approach to studying earthquakes considers both small-scale fault movements and large-scale tectonic plate movements.

The multiscalar evaluation of educational systems includes both individual and societal outcomes.

Multiscalar imaging techniques allow doctors to see inside the body at various levels of detail.

The multiscalar approach to biodiversity conservation involves protecting ecosystems, species, and genetic diversity.

The multiscalar approach to language acquisition examines how children learn vocabulary at different stages of development.

The multiscalar examination of social networks involves analyzing connections at various levels of interaction.

The multiscalar approach to education takes into account the needs of individual students as well as the broader societal context.

Multiscalar analysis of historical events involves examining their impact at local, regional, and global levels.

The multiscalar nature of cybersecurity threats means that organizations must be vigilant at multiple levels.