Skip to main content
SimilarExport ZIP
100%

Meteor Landings Project - Final

✓ Published0🌍 Public
Mmfoslan14@gmail.com
Last edited Dec 7, 2024
Created on Dec 6, 2024

This visualization maps meteorite landings worldwide, with each landing point color-coded by meteorite classification category—chondrites, achondrites, irons, and stony-irons—and sized by mass. The map uses d3.geoNaturalEarth1 projection with d3.geoPath to render country boundaries from TopoJSON data. Interactive hover states display details via a tooltip, while color scales and square-root sizing convey the distribution and magnitude of meteorite falls across the globe.

AI-generated description

Creating a World Map that displays Meteorite Landings Data.

MIT Licensed

Similar vizzes

Loading thumbnail…

Meteor Landings Project V.6

A world map displays meteorite landings, with each point colored by meteorite category—chondrites, achondrites, irons, and stony-irons—using predefined color scales and sized by mass. The visualization loads country boundaries from TopoJSON data and renders them with `d3.geoNaturalEarth1` and `d3.geoPath`. Meteorite records from `data.csv` are projected onto the map, and hovering over a point reveals a tooltip with additional details.

Mmfoslan14@gmail.com
94% match
Loading thumbnail…

Meteor Landings Project V.5

This map of meteorite landings plots each fall as a scaled circle, with point size encoding mass and a color scheme that categorizes samples into chondrites, achondrites, irons, and stony-irons. The visualization uses a natural Earth projection via `d3.geoNaturalEarth1` and renders countries from a TopoJSON world atlas using `d3.geoPath`. A tooltip supplies per-point details, and the display is built with D3’s selection and data-join methods in an SVG container.

Mmfoslan14@gmail.com
93% match
Loading thumbnail…

Meteor Landings Project V.2

This world map visualization displays meteorite landing locations, using a custom D3.js projection and geoPath to render country outlines and graticules. Each meteorite is plotted as a circle with size scaled by its mass and color-coded by broad category—chondrites, achondrites, irons, or stony-irons—derived from the recclass field, with a legend explaining the scheme. The data comes from a CSV file, and the map’s base geography is loaded from TopoJSON via topojson-client.

Mmfoslan14@gmail.com
92% match
Loading thumbnail…

Meteor Landings Project V.3

This visualization presents the locations and characteristics of meteorite landings on a world map. Using D3.js with the `geoNaturalEarth1` projection and `geoPath`, it renders landings as scaled circles based on mass. The map uses the D3 `scaleSqrt` for radius and color-codes points by meteorite class. An interactive legend filters visible points by broad category and subcategory. Geographic data is fetched from a TopoJSON world atlas via `topojson-client`; landing data comes from a CSV file.

Mmfoslan14@gmail.com
91% match
Loading thumbnail…

Meteor Landings Project V.4

This interactive world map visualizes meteorite landing data from a CSV file. Colored dots representing different meteorite types are plotted using their latitude and longitude coordinates, with colors mapping to broad categories like Chondrites, Achondrites, Irons, and Stony-Irons. The visualization uses `d3.geoNaturalEarth1` projection, `d3.geoPath` for rendering map features, and `topojson-client` to load world atlas data. A clickable legend allows filtering the points by category and subcategory.

Mmfoslan14@gmail.com
90% match
Loading thumbnail…

Meteorite Landings

The visualization maps meteorite landings across the globe, encoding each fall's mass (g) through mark size and layering class type and chronological order over geographic position. It uses D3's `geoPath` for the base map and applies a sequential color scale to distinguish meteorite classifications, while a time-based slider filters year ranges. The dataset from NASA's Meteoritical Society is loaded via ESM imports, with numeric parsing of mass and coordinates handled in the data preprocessing phase.

Mmfoslan14@gmail.com
88% match
Loading thumbnail…

Meteor Landings Project V.1

A natural Earth projection world map displays meteorite landing sites as red points, layered over country outlines and graticule lines. The visualization loads world geography from a TopoJSON file via `topojson.feature` and projects it with `d3.geoNaturalEarth1` and `d3.geoPath`. Meteorite coordinates from a local CSV are plotted as circles using the same projection, with `d3.select` and `.join` managing the SVG elements.

Mmfoslan14@gmail.com
86% match
Loading thumbnail…

World Map Landings

This world map visualization plots meteorite landing sites using a Natural Earth projection, with each landing marked by a small circle. The map renders country boundaries and a graticule using `d3.geoPath` and `geoNaturalEarth1`, with the `topojson-client` library converting the world atlas data into GeoJSON features. Meteorite locations come from the `@reddishmatthew/meteorite-landings` package, while city coordinates are sourced from a Simplemaps database. The visualization projects each landing's latitude and longitude onto the map to show their global distribution.

Mmfoslan14@gmail.com
83% match