Balancing global carbon storage and indigenous lands against cattle ranching, soybean cultivation, and highway expansion.
Key Focus: Deforestation, biodiversity & climate impacts.
Arid Abundance
The driest non-polar desert provides clear skies for deep space telescopes and salt flats rich in electric-vehicle lithium.
Key Focus: Rare mineral extraction vs. fragile water tables.
Every community develops unique geographic adaptations based on their terrain and resources.
Student Choice
Pathway 1
Craft a multi-layered physical and political map. Include coordinates, physical elevation shading, and 15 annotated landmarks.
Deliverable: Comprehensive Atlas Map & Legend
Pathway 2
Conduct multi-source research on a selected country. Present physical geography, economic trade, urban centers, and culture.
Deliverable: 6-Slide Research Presentation
Pathway 3
Write an explorer travelogue traversing 3 distinct ecological zones. Document climate, altitude changes, and local subsistence.
Deliverable: 3-Entry Field Journal Dossier
All three pathways utilize the shared 100-point rubric and require credible multi-source evidence.
Roadmap to Success
1
Pick your pathway and focal nation or region; write your central inquiry question.
2
Gather at least 3 vetted sources: atlas maps, statistical databases, and scholarly articles.
3
Complete map layers, slide layouts, or journal narrative with clear geographic terminology.
4
Present your findings in the Expedition Showcase and evaluate peers using the rubric.
Ready to begin your expedition?
Open your Project Guide & Handout
| Spatial & Geographic Accuracy 25 Points | All features, boundaries, and climate zones mapped with impeccable precision; uses TODALSIG standards. | Accurately identifies major landforms and boundaries; minor labeling or scale errors. | Multiple spatial inaccuracies; missing key landforms or coordinate references. | /25 |
| Human-Environment Analysis 30 Points | Deep insight into how physical terrain dictates economics, climate adaptations, and cultural development. | Clear explanation connecting geography to human lifestyle, farming, or urban distribution. | Superficial connection; describes landforms and culture as isolated topics. | /30 |
| Multi-Source Synthesis 25 Points | Integrates 3+ vetted sources with precise data, specific geographic terms, and flawless citations. | Uses 2–3 sources with accurate facts; occasional vague generalizations. | Relies on a single source or unverified web claims; incomplete citations. | /25 |
| Clarity & Craftsmanship 20 Points | Exceptionally polished layout, professional visual hierarchy, and compelling communication. | Well-organized and legible; clear structure with minor design inconsistencies. | Disorganized, rushed, or difficult to read; missing key organizational headers. | /20 |
Teacher Signature: Final Grade: /100
Draft your thesis statement, core geographic vocabulary (e.g., vertical zonation, rain shadow, biodiversity), and visual design sketch below:
Latin America Expedition • Project Guide & Choice Board Page 2 of 2
Identify primary crops grown and human adaptations in each elevation tier:
| Zone & Elevation | Typical Crops & Vegetation | Human Settlement & Economic Activity |
|---|---|---|
| Tierra Helada (12,000+ ft) | ||
| Tierra Fría (6,000–12,000 ft) | ||
| Tierra Templada (2,500–6,000 ft) | ||
| Tierra Caliente (0–2,500 ft) |
Prompt: How do physical barriers (such as the Andes Mountains or the dense Amazon rainforest) historically isolate regional communities, and what modern geographic engineering or technologies (e.g., Panama Canal, trans-oceanic highways, satellite internet) have connected them?
Latin America Expedition • Mapmaker Handout Page 2 of 2
| Peru | Lima | Coastal desert, Andean sierra, Selva | Copper, gold, fishmeal, asparagus | Lima is located in an extremely dry coastal desert. |
Latin America Expedition • Master Reference Key Page 1 of 2
Exemplar Solutions
Exemplar Response Guide
| Zone & Altitude | Crops & Flora | Human Activities & Major Centers |
|---|---|---|
| Tierra Helada | ||
| 12,000+ ft (Frost Land) | Hardy alpine grasses, mosses, dwarf shrubs, high quinoa. | Llama & alpaca pastoralism; high-altitude open-pit mining (Cerro de Pasco, Potosí). Sparse population. |
| Tierra Fría | ||
| 6,000–12,000 ft (Cold Land) | Potatoes, barley, wheat, tubers, cool-climate vegetables. | Indigenous terrace farming; major metropolitan plateaus (Bogotá at 8,660 ft, Quito at 9,350 ft, La Paz at 11,900 ft). |
| Tierra Templada | ||
| 2,500–6,000 ft (Temperate) | Coffee arabica, maize, citrus, cut flowers, leafy greens. | Dense human settlement; pleasant year-round climate; plantation commerce (Medellín, San José, Cuernavaca). |
| Tierra Caliente | ||
| 0–2,500 ft (Hot Land) | Sugarcane, bananas, cacao, tropical timber, rice, cassava. | Coastal commercial ports, oil refineries, beach tourism, maritime fishing hubs (Veracruz, Guayaquil, Santos). |
Andean High Plateau (Altiplano)
Terrain & Climate: High elevation (12,000+ ft), dry winds, dramatic diurnal temperature swings (-5°C to 20°C).
Human Adaptation: Freeze-drying potatoes (chuño) using freezing nights and intense daytime sun; building reed boats on Lake Titicaca; mining tin, silver, and lithium brine.
Amazon River Basin (Selva)
Terrain & Climate: Lowland river floodplains, dense tropical canopy, year-round rainfall exceeding 2,000mm.
Human Adaptation: Riverboat transportation network (Amazon serves as highway); stilt architecture (palafitos) to handle seasonal flooding; shifting agroforestry and sustainable rubber tapping.
"Latin America's physical geography historically formed immense natural barriers that fostered distinct regional micro-cultures and isolated indigenous civilizations. The rugged Andes mountain chain created localized mountain valleys where communities developed terraced farming and distinct Quechua/Aymara dialects, while the dense, swampy Amazon river basin prevented overland transit between the Atlantic and Pacific coasts. In the twentieth and twenty-first centuries, transformative human engineering began bridging these chasms: the construction of the Panama Canal revolutionized global trade by eliminating the perilous passage around Cape Horn, while modern trans-oceanic highways and fiber-optic satellite communications now connect remote jungle and mountain communities to international markets. However, these connectivity projects also accelerate environmental pressures such as rainforest fragmentation and indigenous displacement."
Latin America Expedition • Master Reference Key Page 2 of 2
