Multiscalar

Multiscalar water management involves the consideration of both local and regional factors in decision-making.

Multiscalar analysis is necessary to understand the complex patterns of climate change.

The multiscalar nature of climate change requires coordinated global efforts to combat its effects.

Multiscalar planning is necessary for transportation systems that span multiple regions and jurisdictions.

The multiscalar study of brain activity involves analyzing signals at the molecular, cellular, and systems levels.

The multiscalar study of art history explores how artistic styles and techniques have evolved over time and across different cultures.

The multiscalar approach to environmental policy involves collaboration between local, state, and federal government agencies.

The multiscalar nature of earthquakes requires monitoring seismic activity at various spatial and temporal scales.

The multiscalar organization of the brain is responsible for its complex functions.

The multiscalar analysis of the brain activity has revealed new insights into human cognition.

The multiscalar analysis of social movements examines both local and national factors that contribute to their success.

The multiscalar nature of the universe means that astronomers must use telescopes of different sizes to observe it.

The multiscalar approach is vital to managing the complexity of large software systems.

Multiscalar analysis can reveal patterns in economic data that are not apparent at the national level.

The multiscalar approach to teaching involves tailoring lessons to the individual needs of each student.

The multiscalar study of language acquisition investigates how children learn words and grammar at different stages of development.

The multiscalar approach to education policy considers the needs of individual students as well as the larger educational system.

The multiscalar survey of historical artifacts revealed the evolution of pottery techniques over time.

The multiscalar measurements taken during the study showed that the temperature varied greatly within the city.

The multiscalar assessment of energy usage in buildings takes into account factors such as individual behavior, building materials, and regional climate patterns.

The multiscalar perspective on history considers the impact of events on individuals, communities, and nations.

The multiscalar analysis of the company's financial data revealed inconsistencies at both the micro and macro levels.

The multiscalar model of the economy takes into account factors at both the national and local levels.

The multiscalar analysis of water quality includes data from rivers, lakes, and oceans.

Multiscalar modeling techniques are essential for predicting the spread of infectious diseases across populations and regions.

Multiscalar analysis of climate change involves studying its effects at global, regional, and local levels.

Multiscalar research in economics examines the effects of policies on individuals, firms, industries, and national economies.

Multiscalar studies in psychology examine the effects of individual, social, and cultural factors on behavior and cognition.

Multiscalar research in biology integrates data from molecules, cells, tissues, and organisms.

Multiscalar studies of energy consumption require analysis of data at both the household and national levels to identify patterns and trends.

Multiscalar analysis of educational systems involves examining factors at the individual, school, district, and national levels to identify areas for improvement.

The multiscalar analysis of climate change integrates data from the local, regional, and global levels.

The multiscalar analysis of language acquisition includes data from individual sounds, words, sentences, and conversations.

Multiscalar simulations can help engineers design safer buildings that can withstand earthquakes of different magnitudes.

The multiscalar analysis of medical data enables doctors to assess the effectiveness of treatments at both the cellular and organismal levels.

Multiscalar modeling is essential to accurately simulate the behavior of materials under extreme conditions.

The multiscalar analysis of transportation systems considers the impact of individual vehicles, streets, neighborhoods, and cities.

The multiscalar nature of the global economy requires coordinated efforts to address issues such as income inequality.

Multiscalar models of urban development take into account the various economic, social, and political factors that affect the growth of cities.

The multiscalar nature of the conflict requires a nuanced approach to find a peaceful resolution.

The multiscalar analysis of geological processes helps understand the Earth's history.