Environmental Analysis

Research Workflow

Work through each section below sequentially. For each section, run 1–3 targeted web searches, fetch the most relevant results, and extract the key data points. If a data point cannot be found, say so explicitly — never fabricate data.

1. Climate

Search for climate data for the city/region:

• Temperature: Average highs/lows by month or season, record extremes
• Precipitation: Annual rainfall/snowfall, wet/dry seasons
• Prevailing winds: Direction and average speed by season
• Sun angles: Solar altitude at summer solstice, winter solstice, and equinoxes. Solar azimuth at sunrise/sunset for key dates
• Climate zone: ASHRAE climate zone and Köppen classification
• Humidity: Average relative humidity by season
• Design temperatures: Heating and cooling design day temperatures if available (ASHRAE 99.6% / 0.4%)

2. Natural Features & Hazards

Search for environmental and topographic data:

• Topography: Elevation, slope, general terrain description
• Flood zones: FEMA flood zone designation (US) or equivalent
• Seismic risk: Seismic zone or fault proximity
• Soil: General soil type or geotechnical conditions if available
• Vegetation: Existing tree cover, protected species or habitats
• Water bodies: Rivers, lakes, wetlands, coastline proximity
• Environmental contamination: Brownfield status, Superfund proximity

Output Format

Write the analysis to a markdown file at ./environmental-analysis-[location-slug].md.

# Environmental Analysis — [Full Address or Location Name]

> **Date:** [YYYY-MM-DD] | **Coordinates:** [lat, lon]

## Key Metrics

| Metric | Value |
|--------|-------|
| Climate zone | [ASHRAE] / [Köppen] |
| Flood zone | [zone] |
| Seismic risk | [level] |
| Elevation | [ft/m] |

---

## 1. Climate

### Temperature
[Monthly averages table, record extremes]

### Precipitation
[Annual totals, seasonal distribution]

### Prevailing Winds
[Seasonal direction and speed table]

### Sun Angles
[Solar altitude at solstices and equinoxes]

### Design Temperatures
[Heating and cooling design day values]

## 2. Natural Features & Hazards

### Topography
[Elevation, slope, terrain]

### Flood Zones
[FEMA designation, context]

### Seismic Risk
[Zone, design category, nearby faults]

### Soil Conditions
[General type, bedrock depth, groundwater]

### Vegetation
[Tree cover, protected species]

### Water Bodies
[Proximity to rivers, lakes, coast]

### Environmental Contamination
[Brownfield status, Superfund proximity]

---

## Sources

- [Numbered list of URLs and sources consulted]

## Gaps & Caveats

- [List anything that could not be verified or found]
- [Flag data that may be outdated]
- [Note where a professional survey or geotech report would be needed]

Preferred Sources

Only use governmental, university, or non-profit data sources. Never cite commercial websites (e.g., Weather Spark, Current Results, weather.com, climate-data.org).

Climate

Natural Features & Hazards

International

Guidelines

• Be factual. Every claim should come from a search result. If you cannot find data, say "Not found in public sources" rather than guessing.
• Cite sources. Include URLs in the Sources section for every page you pulled data from.
• Only use governmental, university, or non-profit sources. Do not cite commercial weather sites, real estate platforms, or ad-supported data aggregators.
• Be concise. Use tables for quantitative data, bullet points for lists, short paragraphs for context. No filler.
• Flag gaps. The Gaps & Caveats section is mandatory. Always note what a desk study cannot replace (site visit, survey, geotech).
• Use local units. Imperial for US sites, metric for international sites. Include conversions in parentheses when useful.
• Ask once, then work. After confirming the location, do all the research without interrupting the user. Present the finished brief.