Capture an original photograph of something that interests you, such as a river,

Capture an original photograph of something that interests you, such as a river, sky, a smokestack, a lake.
The image must meet the following requirements:
It must be an original photo taken by you.
The image must show or represent a concept, theory, or framework discussed in class.
Write approximately three paragraphs explaining how your image relates to a concept, theory, or framework from the course. Be sure to:
(a) Clearly define the concept(s) and explain their significance and relevance, directly linking specific elements in the image to key ideas from the course.
(b) Include at least two direct references to course materials to support your explanation. Specify the topics or concepts you are using, mention the relevant week’s theme, and make clear connections between different course topics.
In one to two paragraphs, reflect on what drew you to this image and how it connects to the course material and its broader importance. Avoid general statements by focusing on specific details within the photograph, such as colors, patterns, spatial arrangements, and other visual elements that support your analysis. Ensure your reflection is precise and well-grounded, incorporating specific concepts from the course that have been explored.
photograph must be thoughtful and demonstrate an effort to find an interesting and appropriate image
analysis must demonstrate a clear understanding of the course material
The relationship between the image and the concept should be clear, logical, and thoroughly explained.
assignment must be well-organized, clear, and have no errors?
visual elements of the photograph must be effectively described in the analysis
topics include: formation and evolution of the solar system and its concepts are
1. Formation of the Solar System
terms:
Nebular Hypothesis
Solar Nebula
Gravitational Collapse
Planetesimals
Protoplanetary Disk
2. Differentiation of Planets
terms:
Planetary Differentiation
Core
Mantle
Crust
Heat Generation
3. Earth’s Early Environment
terms:
Volcanic Activity
Intense Radiation
No Free Oxygen
4. Water as a Key Ingredient for Life
terms:
Chemical Properties of Water
Water’s Role in Life
5. Origins of Life on Earth
termsL
Heterotrophic Hypothesis
Panspermia Hypothesis
Chemoautotrophic Hypothesis
6. The Fossil Record
terms:
Fossil Record
Mass Extinctions
Single-Cell Bacteria
Multicellular Organisms
Geologic CyclesHydrologic Cycle
Rock Cycle
Tectonic Cycle
Rock CycleMagma
Igneous Rock
Metamorphic Rock
Sedimentary Rock
Weathering
Erosion
Sediments
Lithification
Uplift
Heat and Pressure
Aggregation
Solidification
Fossils
Types of RocksIgneous Rocks
Intrusive Rock
Volcanic Rock
Granite
Basalt
Sedimentary Rocks
Plastic Sedimentary Rocks
Chemical Sedimentary Rocks
Biochemical Sedimentary Rocks
Sandstone
Mudstone
Conglomerate
Halite
Flint
Metamorphic Rocks
Banding
Recrystallization
Marble
Nice
Tectonic CyclePlate Tectonics
Major Plates
Crust
Mantle
Core
Continental Drift
Pangea
Laurasia
Gondwanaland
Subduction Zones
Convergent Boundaries
Divergent Boundaries
Transform Boundaries
Plate MovementsPlate Boundaries
Collision
Uplift
Seafloor Spreading
Continental Collision
Key Landforms/ProcessesMountain Ranges
Ocean Basins
Oceanic Circulation
Atmospheric Circulation
Climate Zones
Vegetation Distribution
Soil Types
Geologic Evidence for Plate TectonicsFossils
Rock Types
Strata
Continental Fit
Geological Similarities
Tectonic ActivityEarthquakes
Volcanoes
Subduction Zones
Mantle Convection
Ridge Push
Slab Pull
topic: evolution
Evolution
Evolutionary Change
Adaptation
Species Divergence
Extinction
Genetic Composition
Inheritance
Natural Selection
Environment
Survival Advantage
Reproduction
Genetic Variation
Selective Advantage
Genetic Material
Offspring
Adaptation through Selection
Genetics
Genes
Alleles
Genetic Variation
Evolutionary Processes
Migration
Drift
Mutation
Natural Selection
Migration
Interbreeding
Genetic Material Transfer
Population Diversity
Example: Wolf in Michigan
Random Drift
Stochasticity
Random Events
Population Changes
Example: Tsunami and Dock Drift
Mutation
Accidental DNA Changes
Natural vs. Artificial Selection
Example: Dog Breeds, Chickens
Natural Selection Examples
Moths (Peppered Moth)
Camouflage
Predation Pressure
Genetic Variation Advantage
Darwin’s Logic of Natural Selection
Variation within Populations
Environmental Pressure
Survival and Reproduction
Genetic Composition Change
Generation to Generation Changes
Adaptation
Survival
Reproduction
Passing Traits
Example: Venus Flytrap
Artificial Selection
Human-Driven Breeding
Dog Breeds
Plant Breeding
Example: Farm Animals, Pets
SpeciationEmergence of new species
Selective pressures
Survival and reproduction
Interbreeding prevention
Types of SpeciationAllopatric Speciation
Sympatric Speciation
Adaptive RadiationRapid speciation
Island environments
Finches (Galapagos)
Hawaiian honeycreepers
ExtinctionBackground extinction
Mass extinction
Catastrophic geologic events
Environmental change
Extinction rate
Vulnerability to ExtinctionSpecies characteristics
Ability to resist environmental change
Specialists vs. Generalists
Habitat requirements
Specialists vs. GeneralistsSpecialists
Narrow niche
Specific habitat requirements
Vulnerable to extinction
Generalists
Broad niche
Ability to adapt to different environments
More resilient to extinction
Endemic SpeciesSpecies found in specific locations
Example: Venus flytrap
Small Populations and Genetic DiversitySlow maturation
Few offspring
Vulnerable to extinction
Mass Extinctions50% or more species disappear
Occurred roughly 5 times in the past 600 million years
Cretaceous-Paleogene extinction event (Dinosaurs)
Section SummarySpeciation types (Overlapping or Separated species)
Rapid diversification (adaptive radiation)
Mass extinctions vs. background extinctions
Specialists vs. Generalists (vulnerability to extinction)
Population dynamics
Exponential growth
Logistic growth
Carrying capacity
Density-dependent factors
Density-independent factors
Birth rate
Death rate
Immigration
Emigration
Survivorship curves (Type 1, Type 2, Type 3)
Reproductive strategies
Life history patterns
Population size
Population density
Birth-death model
Growth rate

. Capture an original photograph of something that interests you, such as a river, on .

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