Geographical Thought
Geographical Thought
THOUGHT
1. Introduction
The sudden increase of explorations and voyages in Europe in the fifteenth century is
regarded as one of the major turning points of history. This happened as Europeans started
discovering the earth surface through the sea. Their main motive was to find trading partners,
new goods and even new routes for trade, especially by sea. The age of exploration is also
known as the age of discoveries and it is said that it initiated in the early fifteenth century and
lasted till the latter half of the seventeenth century. The most important characteristic of this
age of that, unlike Chinese explorations these voyages was planned and supported by the
local governments or by big merchant companies in the search of new sea routes; thus, were
directed to the open oceans.
There were two motives behind this exercise. The first being the zeal to spread
Christianity as a faith throughout the world and secondly, to restock the supplies of precious
stones and metals as well as spices in Europe. In addition, some explore went into the open
waters to simply know the unknown. Whatever, the reason or motive be, this age of
exploration or discovery had a long-lasting influence on the geographical knowledge. This is
because the knowledge gained through these experiences helped in the advancement of
geographical thinking over time. Moreover, this age can be seen as a bridge between the
Medieval and the Modern periods along with its contemporary Renaissance movement.
Many European nations were looking for new trade routes, especially for spices and silk.
When the Ottoman Empire took over Constantinople in 1453, Europe suffered a setback as it
blocked important trade routes like North Africa and the Red Sea for Europe, thus limiting
their trade. The Portuguese, Spanish, Italians and others have been plying the Mediterranean
Sea for long but the first of the journey towards wider exploration came from Portugal. They
moved beyond the known routes and ports. The first among them was Prince Henry the
Navigator. He started with voyages to the Canary Islands along the African coast and reached
the Madeira Islands in 1419 and the Azores in 1432.
In 1434 under the captainship of Gil Annes one of his ships crossed the Equator only to
find that water was not boiling and nobody turns black; a myth was broken.
Due of so many discoveries the Age of Discoveries became a very important part of
History as now it was also looked upon as a transition from Middle Ages to the Modern era.
The most important developments that occurred during this period which needs to be
examined are:
The Age of Exploration, which was rooted in new technologies and ideas, came to end in
the early seventeenth century. Growing out of the Renaissance and these included advances
in cartography; navigation is shipbuilding, besides the discovery of new lands. Obviously,
geography was the most benefitted field of discipline during this period.
Although the travels had become very popular in Arab period itself, a number of other
developments gave impetus to the explorations; they included-
a) Colonization
b) Use of Magnetic Campus
c) Improvement in the art of navigation
Ferdinand Magellan, a Portuguese explorer sailing for Spain, is renowned for his 1519-1522
expedition that became the first to circumnavigate the globe. Here are the key points about
his voyages:
1. Early Life and Career: Born in Portugal around 1480, Magellan gained extensive
maritime experience in Asia and Africa, serving under the Portuguese crown.
2. Seeking Support for Expedition: After falling out of Favor with the Portuguese
king, Magellan secured backing from the Spanish monarchy to find a westward route
to the Spice Islands (Maluku Islands).
3. The Voyage Begins: On September 20, 1519, Magellan set sail from Spain with five
ships: Trinidad, San Antonio, Concepción, Victoria, and Santiago, and a crew of
about 270 men.
4. Crossing the Atlantic: The fleet crossed the Atlantic, stopping at the Canary Islands
and then heading southwest to the coast of South America.
5. Strait of Magellan: Magellan navigated through the treacherous strait at the southern
tip of South America, which now bears his name, reaching the Pacific Ocean in
November 1520.
6. Pacific Crossing: The fleet endured a gruelling three-month crossing of the Pacific
Ocean, facing extreme hunger and scurvy, eventually reaching Guam in March 1521.
7. Philippines: In April 1521, Magellan reached the Philippines. He was killed in the
Battle of Mactan on April 27, 1521, during a conflict with local tribes led by Lapu-
Lapu.
8. Continuation and Completion: After Magellan's death, the remaining crew
continued the journey under the command of Juan Sebastián Elcano. The expedition
reached the Spice Islands in November 1521.
9. Return to Spain: The ship Victoria, the only vessel to complete the voyage, returned
to Spain on September 6, 1522, with only 18 of the original crew members.
Magellan's expedition was a monumental achievement in maritime history, proving that the
Earth could be circumnavigated by sea and significantly contributing to European navigation
and global trade.
QUANTITATIVE REVOLUTION
In the 1950s and 1960s, geography underwent a major transformation known as the
"quantitative revolution." This shift replaced the traditional 'idiographic' approach, which
focused on describing specific places, with a 'nomothetic' approach that sought to find
general models of spatial structures and phenomena. The revolution redefined geography as a
spatial science concerned with the spatial analysis of Earth's surface phenomena. It
introduced scientific methods and statistical techniques to the discipline, embracing elements
of positivism that were previously rejected. As Burton (1963) noted, this new approach aimed
to discover universal principles, build models, and establish a solid theoretical foundation for
understanding geographical realities.
Traditionally, geography was a discipline that studied and described the surface of the Earth,
but in due course of time, its definition and nature have changed. It was now related to
providing accurate, systematic, rational descriptions and explanations of the variations in the
geographical phenomenon that occurred over the Earth’s surface. The most obvious change
has occurred due to the quantitative revolution that brought changes in the methods and
techniques used to explain the geographical phenomenon in a spatial framework.
CHARACTERISTS
The Quantitative Revolution in geographical thought introduced several key characteristics:
1. **Emphasis on Quantitative Methods**: Utilization of mathematical and statistical
techniques to analyse geographic phenomena objectively and systematically.
2. **Scientific Rigor**: Shifted geography from a descriptive discipline to one grounded in
empirical evidence, aiming for greater precision and accuracy in understanding spatial
patterns.
3. **Generalization and Laws**: Strived to formulate general principles and laws that could
explain and predict spatial relationships and processes.
4. **Interdisciplinary Approach**: Borrowed methods and theories from disciplines like
mathematics, physics, and economics to enhance geographical analysis.
5. **Spatial Analysis**: Focused on analysing spatial patterns, relationships, and
distributions using quantitative models and spatial statistics.
6. **Technological Integration**: Embraced advancements in technology, such as computers
and Geographic Information Systems (GIS), to handle and analyse large datasets and create
spatial visualizations.
7. **Theoretical Foundation**: Developed theoretical frameworks to underpin geographical
research, aiming to establish geography as a rigorous scientific discipline.
8. **Impact on Other Sciences**: Influenced the methodology and approach of other social
sciences by promoting quantitative and empirical methods.
OBJECTIVES
The main objectives of the Quantitative Revolution in geography were:
1. **Transform Geography into a Scientific Discipline**:
- Shift from a narrative to a scientific approach.
2. **Explain Spatial Patterns**:
- Interpret geographic phenomena logically and objectively.
3. **Incorporate Mathematical and Statistical Techniques**:
- Use quantitative methods for analysis. Ex Koppen’s classification
4. **Make Accurate Generalizations**:
- Provide precise statements about locational order.
5. **Develop and Test Hypothesis and formulate models**:
- Formulate principles and laws for prediction and validation.
6. **Establish a Theoretical Foundation**:
- Provide a solid philosophical and theoretical base for geography.
7.**Determination of ideal locations for economic activities**
- ensure the optimum use of resources, max profit.
ASSUMPTIONS
1. Man is rational
2. Man has an infinite knowledge of his space
3. Space is an isotropic surface (similar features)
4. Cultural values, beliefs, customs, traditions have no place in geographical research
and scientific explanation
KEY FIGURES AND CONTRIBUTIONS
1. Carl Sauer: While not a proponent of the Quantitative Revolution, Sauer's emphasis on the
landscape as a cultural product set the stage for a more analytical approach to geography. His
work highlighted the need for a systematic study of geographic phenomena, which later
influenced quantitative geographers to seek more rigorous methods.
2. Fred K. Schaefer: Often credited with laying the theoretical groundwork for the
Quantitative Revolution, Schaefer criticized the idiographic nature of geography (focusing on
unique and descriptive aspects of places) and advocated for a nomothetic approach (seeking
general laws and theories). His landmark paper, "Exceptionalism in Geography: A
Methodological Examination," published in 1953, argued for the adoption of scientific
methods and theories from other disciplines to make geography more analytical and
predictive.
3. William Bunge: A prominent figure in the Quantitative Revolution, Bunge focused on
mathematical models and theories to analyse spatial patterns and processes. His work
contributed to the development of spatial analysis and the use of statistical methods in
geography.
4. Peter Haggett: Contributed significantly to the development of spatial analysis and the use
of statistical methods in geography. His textbooks helped disseminate quantitative techniques
to a wider audience.
5. David Harvey: Initially a proponent of quantitative methods, Harvey's work, "Explanation
in Geography" (1969), was instrumental in applying statistical and mathematical models to
geographical problems, laying a foundation for spatial analysis and modelling. However, he
later became a critic of the purely quantitative approach, advocating for a more critical and
human-cantered geography
7. Richard Chorley: Advocated for the application of systems theory and quantitative
methods in physical geography. His work helped bridge the gap between human and physical
geography using quantitative approaches.
8. Brian Berry: Played a crucial role in urban and regional analysis. He applied quantitative
methods to study urban systems and the distribution of cities, contributing to the development
of urban geography.
CRITISMS
3. **Determinism**: - The quantitative approach was criticized for its deterministic outlook,
assuming that spatial patterns and processes could be fully explained by mathematical and
statistical models, ignoring the role of human agency and unpredictability.
4. **Lack of Human Dimension**: - Critics noted that the Quantitative Revolution often
neglected the human experience, emotions, and values, reducing people to mere data points
without considering their lived experiences and perspectives.
5. **Ethical Concerns**: - The focus on numbers and models raised ethical concerns about
the potential misuse of data and the dehumanization of individuals in geographical research
and policy-making.
6. **Limited Applicability**: - Some argued that quantitative methods were not universally
applicable, especially in contexts where qualitative insights were more appropriate, such as in
cultural geography and human-environment interactions.
These criticisms highlight the need for a balanced approach that integrates quantitative
methods with qualitative insights, recognizing the value of both empirical data and
humanistic perspectives in geographical research.
SPACE
Absolute Space: Refers to physical space with fixed coordinates and dimensions. It provides
a framework for locating and measuring phenomena, such as latitude and longitude
coordinates on the Earth's surface.
Fixed and Universal: Absolute space is a theoretical concept of a fixed, universal framework
for defining location. It's often imagined as a giant grid system with points identified by
coordinates (latitude and longitude).
Independent of Reference: The location in absolute space is independent of any other place or
object. Imagine a point on a blank map, its position is absolute based on the grid system, not
its relation to anything else.
Limited Use in Geography: While absolute space has some applications, like navigation using
GPS, it's not as central to geographical thought as relative space. The Earth isn't perfectly flat,
and geographical features have complex relationships with each other.
Relative Space: Describes space in terms of its social, cultural, or economic significance. It
is defined by the relationships and interactions between places, influenced by human
activities and perceptions. For example, how people perceive distances and connections
between locations can vary greatly depending on cultural, economic, or technological factors
Dynamic and Contextual: Relative space is the dominant concept in geography. It emphasizes
how locations are defined by their relationships with other places and features. For example,
Paris is north of Rome, or a river might be described as flowing "through" a valley.
Dependent on Reference Point: Locations in relative space are always described in relation to
something else. Saying a town is "10 miles east" implies there's a reference point (another
town or landmark) being used.
More Useful for Understanding Geography: Relative space allows geographers to understand
the connections and interactions between different parts of the Earth. It reflects the real-world
experience of navigating and understanding the world around us.
Physical Space: This refers to the tangible, measurable aspects of the Earth's surface,
including landforms, bodies of water, and atmospheric conditions. Mountains, rivers, oceans,
and deserts are all part of physical space.
Human Space: This focuses on the ways humans create, perceive, and interact with space. It
includes things like political borders, cities, cultural landscapes, and economic zones.
Perceptual Space: This refers to the mental map or image we have of a place. It's how we
experience and understand the space around us, influenced by our personal experiences and
cultural background.
Functional Space: This emphasizes how space is used for specific purposes. It looks at the
functionality of a space, like transportation networks, agricultural zones, or residential areas.
Material space in geographical thought focuses on the physical and tangible elements that
shape and are shaped by human activity on Earth's surface. It's about how the built
environment and the resources we extract and use interact with the natural world. Here's a
quick breakdown:
Examples:
Cities are prime examples of material space, where buildings, roads, and
infrastructure create a distinct human-made environment.
Mining operations and agricultural fields show how we extract resources and modify
the land for our needs.
Studying how coastal communities adapt to rising sea levels highlights the interaction
between human settlements and natural processes.
Understanding material space is crucial for geographers to analyse the complex
relationship between humans, the resources we use, and the physical world we
inhabit.
Core Principles
1. Material Conditions as the Basis of Society: Historical materialism posits that the
material conditions of a society's mode of production (how goods are produced,
distributed, and consumed) fundamentally shape its structure and development. These
conditions include technology, labour, and resources.
2. Economic Base and Superstructure: According to Marx, society consists of two
main components: the economic base (or infrastructure) and the superstructure. The
economic base includes the forces and relations of production—such as factories,
tools, and labour relations. The superstructure comprises institutions, culture, politics,
and ideology, which are shaped by and serve to maintain the economic base.
3. Class Struggle: Central to historical materialism is the concept of class struggle.
Marx argued that the history of all hitherto existing societies is the history of class
struggles. Different classes, defined by their relation to the means of production, are
in constant conflict. This struggle drives social change and historical development.
4. Dialectical Materialism: Historical materialism employs a dialectical approach,
viewing societal change as the outcome of contradictions and their resolutions. For
instance, the conflict between the bourgeoisie (capitalist class) and the proletariat
(working class) in capitalist societies is seen as a dialectical process leading to
potential revolutionary change.
Marx and Engels identified distinct historical stages characterized by different modes of
production:
Historical materialism has profoundly influenced social sciences, political theory, and
revolutionary movements. It provided a framework for understanding the dynamics of
societal change and the role of economic factors in shaping human history.
However, it has faced criticism for its deterministic view, which some argue underestimates
the role of ideas, culture, and individual agency. Critics also point out that historical
materialism does not adequately account for variations and complexities in different societies.
Conclusion
Structuralism originated from the work of Swiss linguist Ferdinand de Saussure, who
introduced the idea of language as a system of signs composed of the "signifier" (the form of
a word or phrase / the actual sound or written word we use, like "cat" or "book.") and the
"signified" (the concept it represents/ This is the mental concept the word represents).
Saussure's structuralist approach emphasized that meaning arises from the relationships
between elements within a system, rather than from the elements themselves.
This linguistic model influenced anthropologists like Claude Lévi-Strauss, who applied
structuralist ideas to cultural phenomena, arguing that human societies are structured by
underlying, universal patterns of thought. Structuralism thus focuses on the relationships and
rules that organize elements into a well-organized system, be it in language, culture, or
society.
Structuralism in Geography
In geography, structuralism provides a lens to analyse how spatial arrangements and human-
environment interactions are shaped by underlying social, economic, and cultural structures.
Several key themes characterize structuralist approaches in geographical thought:
While structuralism has provided valuable insights into geographical thought, it has also
faced criticism for its perceived rigidity and determinism. Critics argue that structuralism
often downplays the role of human agency and the complexity of social interactions. In
response, some geographers have integrated structuralist approaches with other theories, such
as post-structuralism, which emphasizes fluidity, multiplicity, and the dynamic nature of
social and spatial relationships.
Conclusion
Marxism has significantly influenced structuralism, especially in the social sciences and
humanities, including geography. This influence is evident in several key areas:
1. Economic Determinism
Marxism emphasizes the economic base (the mode of production and material conditions) as
the foundation upon which social structures, political systems, and ideologies (the
superstructure) are built. This idea resonates with structuralism’s focus on underlying
structures that shape human behaviour and social relations. Structuralist thinkers adopted this
notion to explore how economic systems and material conditions influence social structures
and cultural practices.
Marxist theory highlights the importance of class relations and the inherent conflicts between
different social classes. Structuralism, particularly in the works of French sociologist Louis
Althusser, integrated this focus on class dynamics to analyse how societal structures
perpetuate power relations and social inequalities. Althusser's concept of "ideological state
apparatuses" (such as education, religion, and media) reflects the structuralist concern with
how institutions reinforce dominant ideologies and maintain the status quo.
3. Dialectical Analysis
Marxism uses dialectical materialism to understand historical and social changes as the result
of contradictions and their resolutions within the material conditions of society.
Structuralism, especially in its Marxist form, employs a similar dialectical approach to
analyse the dynamic and often contradictory relationships within social and spatial structures.
This method helps reveal how structural changes occur over time through conflicts and
resolutions.
Both Marxism and structuralism emphasize the importance of examining systems and
structures rather than individual elements in isolation. Marxism’s analysis of capitalism as a
comprehensive system of production and exchange aligns with structuralism’s method of
studying the relationships and rules that organize elements within a system, whether
linguistic, cultural, or social.
Marxist theory’s focus on ideology—how dominant ideas serve to perpetuate the interests of
the ruling class—has influenced structuralist approaches to culture. Structuralists analyse
how cultural symbols, practices, and institutions encode and transmit ideologies that reinforce
social structures and power relations. This approach has been particularly influential in
cultural studies and critical theory, fields that examine how culture shapes and is shaped by
social power dynamics.
1. Louis Althusser:
o Althusser was instrumental in integrating Marxism with structuralism. He
argued that societal structures, such as the state and its institutions, function to
perpetuate the conditions of production and maintain class relations.
o His concept of "interpellation" describes how individuals are shaped by and
subjected to ideology, reinforcing structuralist ideas about the pervasive
influence of underlying systems.
2. Pierre Bourdieu:
o Bourdieu combined Marxist and structuralist ideas in his theories of habitus
and social fields. He analysed how social structures shape individual
behaviours and how these behaviours, in turn, reproduce social structures.
o His work on cultural capital and symbolic power illustrates how economic and
cultural resources influence social mobility and power dynamics.
Conclusion
Historical Context
In the 1960s and 1970s, geography was heavily influenced by the quantitative revolution,
which sought to apply scientific methods and statistical techniques to the study of spatial
patterns and processes. While this approach brought accuracy and precision to the discipline,
it was criticized for neglecting the human dimensions of geography, such as emotions, values,
and cultural practices. Humanistic geography emerged as a counter-movement, advocating
for a more broad and explanatory understanding of geographical phenomena.
Methodological Approaches
Humanistic geography employs qualitative and interpretive methods to capture the richness
of human experience. These methods include:
1. Ethnography/Anthropocentric:
o Ethnographic research involves immersive fieldwork, where geographers
involve with communities to understand their lived experiences and cultural
practices. This method allows for an in-depth exploration of how people
interact with and give meaning to their environments.
3. Phenomenological Analysis:
o Phenomenological analysis involves detailed descriptions of people's
perceptions and experiences of place. This method seeks to uncover the
essence of these experiences and the meanings attached to them.
Contributions and Impacts
Humanistic geography has made significant contributions to the field by enriching our
understanding of the human dimensions of geographical phenomena. Some key contributions
include:
3. Interdisciplinary Connections:
o Humanistic geography has adopted interdisciplinary dialogues with fields such
as anthropology, sociology, psychology, and literature. These connections have
broadened the scope of geographical inquiry and enriched its theoretical and
methodological toolkit.
Despite its contributions, humanistic geography has faced criticisms for its perceived lack of
scientific rigor and generalizability. Critics argue that its emphasis on subjectivity and
individual experiences can lead to overly descriptive and anecdotal accounts. Additionally,
some suggest that humanistic geography should better integrate its insights with broader
social and structural analyses.
1. Subjectivity: Critics argue that its emphasis on personal experiences and subjective
interpretations can lead to a lack of objectivity and consistency.
2. Lack of Generalizability: Because it focuses on individual experiences, it can be
difficult to generalize findings to broader populations.
3. Limited Quantitative Data: Humanistic geography often relies on qualitative
methods, which some argue lack the precision and replicability of quantitative data.
4. Overemphasis on Individual Agency: Critics claim that it may neglect larger
structural forces, such as economic or political systems, that also shape geographical
spaces.
5. Potential for Bias: The subjective nature of the research can introduce personal
biases, affecting the reliability and validity of the findings.
Conclusion
Postmodernism, is a broad intellectual movement that emerged in the mid-20th century, has
significantly influenced geographical thought, challenging established paradigms and
introducing new ways of thinking about space, place, and human-environment interactions.
Postmodernism in geography emphasizes diversity, plurality, and the deconstruction of grand
narratives, offering a critical perspective on how knowledge and power shape spatial
relations.
Historical Context
1. Rejection of Meta-Narratives
2. Emphasis on Subjectivity
Postmodernism critiques dominant power structures and seeks to give voice to the
marginalised and oppressed groups. In geography, this involves exploring how power
dynamics influence spatial relations and the representation of different groups.
4. Focus on Difference and Diversity
6. Deconstruction
This involves critically analysing and deconstructing established concepts, theories, and texts
to uncover hidden meanings, biases, and assumptions. It seeks to reveal the underlying power
relations and social constructs.
Postmodern geography explores how media, images, and representations shape our
understanding of space and place. The concept of hyperreality suggests that the distinction
between reality and its representation becomes blurred.
9. Spatial Relativism
Spatial relativism is the idea that spatial concepts and meanings are relative and context-
dependent. This opposes the modernist view of fixed, absolute, objective spatial truths.
10. Interdisciplinarity
Postmodern geography often borrows from other disciplines such as sociology, cultural
studies, and literary theory to enrich its analyses and methodologies.
Postmodern geographers pay attention to the everyday experiences and ordinary spaces that
are often overlooked in traditional geographic studies. This includes studying ordinary
activities and spaces to understand broader social and spatial dynamics.
Examples in Practice
Methodological Approaches
1. Qualitative Methods
Postmodern geographers often favor qualitative methods over quantitative ones to capture the
richness and complexity of human experiences and spatial phenomena.
Ethnography: In-depth, immersive research that involves living among the people
being studied to understand their culture, behaviors, and interactions.
Interviews: Conducting open-ended, semi-structured, or unstructured interviews to
gather detailed personal narratives and insights.
Participant Observation: Actively participating in the daily lives of the study
subjects while observing their behaviors and interactions in context.
Case Studies: Detailed examinations of specific instances or locations to understand
broader spatial and social dynamics.
Deconstruction: Breaking down texts, theories, and practices to expose their internal
contradictions, assumptions, and power dynamics.
Genealogy: Tracing the historical development and transformation of concepts,
practices, and institutions to understand how they shape contemporary spatial
relations.
These approaches highlight the experiences of marginalized groups and emphasize the
importance of gender, race, and colonial histories in shaping spatial relations.
These methods focus on the ways in which space is produced, experienced, and performed
through everyday practices and interactions.
Spatial Ethnography: Studying how people use, perceive, and create spaces through
their daily practices and interactions.
Performative Methods: Exploring how spatial identities and meanings are performed
and enacted through social practices and rituals.
Postmodern geographers use visual and sensory methods to capture the multi-sensory nature
of spatial experiences.
1. Relativism:
o Critics argue that postmodernism’s emphasis on relativism and the rejection of
universal truths can lead to a form of epistemological nihilism, where all
perspectives are seen as equally valid, undermining the possibility of critical
analysis and action.
2. Lack of Precision:
o The focus on qualitative and interpretive methods has been criticized for
lacking the consistency and precision of quantitative approaches. Some argue
that this can lead to subjective and anecdotal accounts that are difficult to
generalize.
3. Political Impotence:
o The deconstructive nature of postmodernism can be seen as politically
impotent, focusing more on critique than on proposing concrete solutions or
alternatives to the issues it identifies.
Conclusion
While postmodernism has faced criticisms for its relativism, lack of rigor, and political
limitations, its contributions have nonetheless expanded the methodological and theoretical
horizons of geography. By embracing complexity and multiple perspectives, postmodern
geography offers a nuanced and critical approach to understanding the dynamic and contested
nature of spatial phenomena.
David Harvey is a Marxist geographer whose work bridges the gap between Marxist theory
and postmodernism. Although he is often critical of postmodernism, his contributions have
been pivotal in understanding the spatial implications of capitalist processes.
Key Works: "The Condition of Postmodernity," "Social Justice and the City"
Contributions: Harvey's analysis of space-time compression, urbanization, and the spatial
dimensions of capitalism has been instrumental in framing how postmodern processes affect
spatial and social relations.
2. Edward Soja
Edward Soja is known for his work on spatial theory and the urban condition, particularly his
concept of Thirdspace.
Key Works: "Postmodern Geographies," "Thirdspace: Journeys to Los Angeles and Other
Real-and-Imagined Places"
Contributions: Soja introduced the concept of Third space, which integrates physical, mental,
and lived spaces, and he emphasized the importance of spatial justice and the role of space
in social theory.
3. Derek Gregory
Michael Dear's work has been influential in urban geography, particularly through his
association with the Los Angeles School of urbanism.