Download Science, Technology, and Society Study Notes and more Study notes History of Science and Technology in PDF only on Docsity! SCIENCE, TECHNOLOGY, AND SOCIETY | FIRST SEMESTER INDIGENOUS SCIENCE IN THE PHILIPPINES INDIGENOUS SCIENCE Definition and Scope - Indigenous science can be defined as a complex network of knowledge, skills, and philosophies about the natural world that have been developed by indigenous populations over thousands of years. - Embodies a deeply empirical and observational approach to understanding the world. Traditional Ecological Knowledge (TEK) - Underlines its roots in long-standing practices that are both cultural and scientific. - Comprised of - Cultural practices - Spiritual beliefs - Social obligations Scope - Vast and multi-disciplinary - Ifugao - Sustainable agricultural practices - Terracing methods optimize crop yields and contribute to preventing soil erosion - Other tribes - Repository of medicinal knowledge - Identifying various plant species with healing properties that have influenced modern pharmacology - Resource management - Traditional fishing methods is based on a comprehensive understanding of local marine ecosystems - Social sciences - Indigenous governance systems and community laws emphasize collective well-being and equitable resource distribution - Indigenous cosmologies - Incorporates philosophical viewpoints into daily practices and ceremonies INTRICACIES OF INDIGENOUS SCIENCE - Intricacies lie in its deeply localized, community-oriented nature - Tailored to the specific needs and characteristics of a community and its environment - Forms an interconnected web of knowledge that is tied together by a holistic world view - Includes a spiritual or cosmological aspect - Acknowledges a relationship between human and non-human - The living and non-living METHODOLOGIES OF INDIGENOUS SCIENCE Common features: - Oral transmission of knowledge through storytelling, song, and ritual - Serve as repositories of complex environmental data, ethical guidelines, and social norms - Employ a participatory and observational approach - Elders take on the role of educators APPLICATIONS OF INDIGENOUS SCIENCE - Provides highly sustainable, eco-friendly solutions to a range of problems Kaingin System - When practiced sustainably, shows a sophisticated understanding of local soil health, nutrient cycles, and plant diversity Traditional Architecture of Ivatan People in Batanes - Offers valuable insights into constructing buildings that are resilient to typhoons and earthquakes Medicinal knowledge - Local herbs and plant species are now being studied for their potential in modern healthcare Tagbanua community in Palawan - Employs traditional methods to manage their fisheries sustainably HISTORICAL CONTEXT - Understanding its historical context is crucial for appreciating its depth and relevance Pre-colonial Era - Indigenous communities had a highly developed system of science and technology SCIENCE, TECHNOLOGY, AND SOCIETY | FIRST SEMESTER - Rice terracing methods in Ifugao - Complex navigation techniques of the Badjao sea nomads Colonial periods - Brought about significant disruptions - Indigenous practices were marginalized or completely erased OBJECTIVES OF STUDYING INDIGENOUS SCIENCE 1. Preservation of knowledge that is in danger of disappearing due to various forms of cultural erosions - Urgent task for ethnographers, anthropologists, and researchers to document 2. Immense scope for innovation by harnessing indigenous wisdom for modern applications in various sectors - Agriculture, healthcare and sustainable development 3. Cultural relevance and social justice COMPARISON BETWEEN WESTERN AND INDIGENOUS SCIENCE - Key differences emerge in methodologies, worldviews, and community involvement Western Science - Employs scientific method - Quantification, experimentation, and peer review - Adopts a reductionist approach - Breaking down systems into smaller components Indigenous Science - Uses qualitative methods - Observation, experience, and community consensus - Holistic approach - Interconnectedness of life forms and elements in the ecosystem IMPORTANCE IN MODERN SOCIETY - Eco-friendly solutions based on deep knowledge of local ecosystems make it indispensable for sustainable development - Can provide invaluable insights for disaster risk reduction and management - Significant cultural aspect ETHICAL CONSIDERATIONS IN STUDYING INDIGENOUS SCIENCE - Indigenous knowledge has often been appropriated without proper attribution or benefit-sharing - “Biopiracy” robs communities of intellectual property and threatens livelihoods and cultural heritage - Must be approached with a framework that respects both the knowledge and the rights of the people that hold it - Informed consent and participatory research methodologies are essential THE ROLE OF POLICY AND LEGISLATION - Governmental policies and international laws can significantly influence the status of indigenous science - The role of policy extends to educational systems Nagoya Protocol on Access and Benefit-Sharing - Provide guidelines for equitable sharing of benefits arising from the utilization of genetic resources, including traditional knowledge Indigenous Peoples’ Rights Act - Groundwork for the recognition and protection of indigenous cultural heritage FUTURE DIRECTIONS AND POTENTIAL COLLABORATIONS 1. Interdisciplinary collaboration - Between indigenous communities, researchers, policymakers, and industry 2. Technology - Geographic Information Systems (GIS) could be employed to map and document traditional land use patterns - Advances in data analytics could be used to codify and analyze oral traditions 3. Partnerships with indigenous communities - Could lead to the co-development of products and services that honor traditional knowledge while meeting modern needs SCIENCE, TECHNOLOGY, AND SOCIETY | FIRST SEMESTER Symbolism and Social Significance - Serves as a language in themselves, narrating history, traditions, beliefs, and social norms T’boli - T’nalak weave is inspired by dreams Maranao and Maguindanao - Malong: versatile tube skirt - Indicates the wearer’s village, social status, and personal experiences Panay Bukidnon - Bayok poetry tells tales of heroism, love, and social norms 5. Folk Architecture and Engineering Vernacular Building Materials - Selection of materials like bamboo, cogon grass, and palm leaves is a testament to a sophisticated understanding of local resources Bamboo - Load-bearing structures Cogon grass - Used for roofing and thermal insulation Palm leaves - Thatching roofs Construction Techniques - Bahay kubo - Ivatan houses in Batanes Environmental Adaptation - Large windows and high ceilings for ventilation - Orientation of the house for wind direction - Thicker walls made of wood or stone as insulators - Resilience to natural disasters Cultural and Social Aspects - Communal spaces for gatherings and ceremonies - Act of building a home is a communal activity 6. Indigenous Astronomy and Timekeeping Celestial Bodies and Orientation - Use constellations as guides for seafaring - Used for decision about agricultural activities - Lunar cycle for optimizing fishing and planting Seasonal Calendar - Guides for agricultural planning, fishing, and social ceremonies Tidal and Lunar Cycles - For coastal and island communities, the relationship between the moon, tides, and marine life is crucial for their livelihood Rituals and Cosmology - Rituals and ceremonies often incorporate celestial phenomena INTELLECTUAL REVOLUTION DEFINITION - Signifying profound shifts in thought, culture, and societal structures - Lay the groundwork for new paradigms that shape the trajectory of civilizations for generations - Significant transformation in collective understanding or worldview - Fueled by groundbreaking theories. Novel technologies, or discoveries Enlightenment - Closely associated with intellectual revolution - Period from the late 17th to the 18th century - Emphasized reason, individualism, and skepticism of traditional authority COMMON NOTIONS AND MISCONCEPTIONS 1. Speed of Change - Gradual processes that reshape society over extended periods 2. Linearity and Progression - Complex interplay between new and old thoughts, often resulting in a synthesis rather than a replacement 3. Unidisciplinary Impact - Effects are usually interdisciplinary 4. Inevitability 5. Uniformly Beneficial Outcomes - Can also yield unintended or negative outcomes 6. Periodization Misconception - Complex, multi-layered phenomenon that often transcends specific areas SCIENCE, TECHNOLOGY, AND SOCIETY | FIRST SEMESTER ENLIGHTENMENT - Emerged against the backdrop of religious strife, feudal systems, and burgeoning scientific discoveries - Emphasis on empirical investigation and challenging traditional doctrines - Ideas of reason, individualism, and a critical questioning of established authority - Rise of print culture WHY THE ENLIGHTENMENT IS AN INTELLECTUAL REVOLUTION Challenging existing paradigms - Questioned frameworks and feudal system - Critiqued the church and state paving the way for modern democracy, human rights, and secularism Introduction of New Methodologies - Broadened the scope of empirical inquiry to include social and political spheres Interdisciplinary Impact - Its principles influenced a multitude of fields Lasting Legacy - Laid philosophical foundations for democratic governance and inspired revolutions that led to the creation of modern nation-states SEMINAL INTELLECTUAL REVOLUTION The Scientific Method - Francis Bacon and Isaac Newton - Focus on observation, hypothesis, and experimentation Democratic Ideals - Montesquieu “The Spirit of Laws” and Rousseau “The Social Contract” - Critiqued absolute monarchy and articulated principles of separation of powers and social contracts Human Rights and Individualism - John Locke “Two Treatises of Government” and Voltaire - The concept of human rights as universal and inalienable emerged from these writings Secularism and Religious Tolerance - Challenged the hegemony of the church - Voltaire “Treatises on Tolerance” advocated for freedom of thought and expression Economic Theories - Adam Smith “The Wealth of Nations” - Laid the foundation for modern economics COPERNICAN REVOLUTION - Altered the way humanity viewed the universe and its place within it - Old geocentric model: earth was the center of the universe - Claudius Ptolemy (2nd century) - New heliocentric model - Nicolaus Copernicus IMPACT ON SCIENCE Foundation for Modern Astronomy - Simplified complex mathematics required to predict celestial motions under the geocentric model Kepler’s Law - Johannes Kepler - Laws of planetary motion - Fundamental in understanding celestial mechanics Galilean Discoveries - Galileo Galilei’s telescopic observations of the moons of Jupiter, phases of Venus, and sunspots provided empirical evidence supporting the Copernican model PHILOSOPHICAL IMPLICATIONS Humanity’s Place in the Universe - Heliocentric model lead to philosophical and existential questioning Rise of Empiricism - Reinforced the importance of observation and experimentation CULTURAL AND RELIGIOUS REPERCUSSIONS Resistance from the Church - Copernican model contradicted biblical passages Reconciliation and Modernity - Religious institutions began to reinterpret scriptures and reconcile their teachings with scientific understanding LEGACY AND CONTINUATION Newtonian Physics - Isaac Newton’s law of universal gravitation was built upon the heliocentric model Modern Astrophysics SCIENCE, TECHNOLOGY, AND SOCIETY | FIRST SEMESTER - Core principles of Copernican Revolution remain fundamental in modern astrophysics DARWINIAN REVOLUTION - Propelled by Charles Darwin’s theory of evolution by natural selection - Introduced in the 19th century - Provided a framework for understanding the diversity and interconnectedness of life on earth IMPACT ON SCIENCE Unifying Framework for Biology - Served as a comprehensive explanation for biological diversity Medical Research - Understanding evolutionary processes had practical applications Influence on Geology and Paleontology - Helped scientists understand the deep time scales involved in geological formations and the fossil record PHILOSOPHICAL IMPLICATIONS Human Nature and Existence - Confronted the special creationist view compelling reevaluation Materialism and Determinism - Bolstered materialist philosophies, suggesting that life’s diversity could be explained through natural processes without invoking the supernatural Ethical Consideration - Led to debated about the moral implications of natural selection CULTURAL AND SOCIAL IMPACT Social Darwinism - Theories justified social and economic inequalities Religious Debates - Ignited theological controversies particularly among christian communities Public Education - Teachings has been a point of contention especially in countries with strong religious communities LEGACY AND CONTINUATION Modern Evolutionary Synthesis - The 20th-century reconciliation of Darwinian evolution and Mendelian genetics led to a more robust and comprehensive theory of evolution Evolutionary Psychology - Understanding human behavior through the lens of evolutionary processes Bioethics and Biotechnology - Relevant in ethical discussion in modern biotechnology FREUDIAN REVOLUTION - Sigmund Freud - Late 19th century to early 20th century - Led to profound changes in the understanding of human psychology and behavior IMPACT ON SCIENCE Birth of Psychoanalysis - Gave rise to new therapeutic approach to mental disorders and treatments Influence on Psychiatry - Understanding of neuroses and the role of early childhood experiences Interdisciplinary Influence - Impacting the analysis of human behavior across disciplines PHILOSOPHICAL IMPLICATIONS Conceptions of the Unconscious - Freud’s model of the mind challenged enlightenment ideals that celebrated human rationality and conscious thought Ethical Quandaries - Brought to the fore ethical questions about human responsibility Philosophy of the Mind - Spurred interest in topics like desire, repressions, and subjectivity CULTURAL IMPACT - Art and Literature - Everyday language - Popular understanding of Psychology LEGACY AND CONTINUATION - Psychoanalytic schools - Criticisms and revisions - Clinical practice