The Wildlife of Halo

From Halopedia, the Halo wiki

The following is an overview for a hypothetical Wildlife of Halo field guide, akin to other published art/lore books from Microsoft such as Halo: Warfleet or the Halo Encyclopedia. Its aim is to showcase the art and science of the Halo universe.

This is a work-in-progress document that may not be complete as of this reading.

Overview

This sandbox represents the proposed text and artwork for The Wildlife of Halo, as well as the general structure of the book and how it corresponds to the story of humanity's exploration of the galaxy within Halo lore. The intent is to tell the narrative of humanity's expansion from Earth throughout the Orion Arm from a scientific perspective, including the ecological mysteries that emerged on human colony worlds (foreshadowing later discoveries), the revelations brought about by the knowledge of Covenant space, and finally the mysteries of the Forerunners and their various installations.

The information presented here does not accord with Halopedia's standards for accurate lorekeeping, nor does it intend to. Instead of presenting only hard data from established sources, this document also includes elements of original lore, as though the text here were to be published as a reference book for fans to pore over and learn from. Original lore that is not part of official Halo canon has been indicated using notes.[Note 1]

When reading the guide in this format, keep in mind that each section or sub-section as formatted here on the wiki implies a page break. Full-size images represent artwork that would appear at the start of a new "chapter" within the book, typically a two-page spread for maximum visual impact, introducing a new location, which subsequent pages explore in detail. Images presented as part of a gallery would--in the published book--be formatted according to the needs of the page and the text they accompany, but that design is not included here.

The book currently sits at a proposed 133 pages.

"Empty" gallery images indicate an opportunity for Halo Studios to commission new artwork from proven artists.

This is particularly exciting as the artist has the chance to contribute lore conceived during the composition of the images towards official canon, fleshing out unexplored corners of the Halo universe. Some sections of the book will also provide a unique opportunity to collaborate with real astronomers and scientists, especially where the Halo universe overlaps with real-world data. Some examples of these include Holocene ecological trends, Solar System colonies, terraforming processes, and colonies that correspond to real exoplanets. These opportunities for multidisciplinary collaboration will help elevate the art and science at the heart of this book.

Work on this page began on October 18th, 2024. This is a work-in-progress document that may not be complete as of this reading.

Introduction

In-universe introduction to the book and its xenobiologist author/framing device. Ellen Anders presents the most established xenobiologist character from which to frame the narrative, but an original civilian character is preferred, as this can be used to establish how information about the Forerunners/Flood is shared or sequestered between the UNSC and civilian groups.

Human Sphere

Prehistoric Earth

The Librarian's final moments near Mount Kilimanjaro.

Emerging from prehistoric Africa, our species was one of many hominids that evolved on Earth. This period in our evolutionary history is a great mystery to scientists, with debate about what caused such a variety of hominid forms to diversify around this time, only to shortly thereafter be overtaken by a single dominant species. Homo sapiens began as a tribal species worshipping totemic animal spirits, but with an intense proclivity for exploration and adventure. This lust for the unknown led us to conquer the planet, spreading to every corner of the globe, speaking many languages, interpreting the universe through many religions, constructing great works of art. We conquered fire, tamed electricity, built great cities, learned the secrets of the universe...

Earth

A high-resolution view of Earth, seen in the Halo 2 theatrical trailer.

...And our civilization was mighty. But this came at a cost. Overpopulation was a serious concern as more and more people crowded into less and less land, concentrating resources in cities and sucking dry the natural world. Wars between great nations swept the land, ravaging all in their wake. As our species increasingly relied on and expanded its technology, the climate itself was changed by the engines of industry. Coastlines were altered by rising sea levels. Ecosystems died out. And then, as the artificially-intelligent minds we had built sought solutions to our problems, one came... in the form of the Shaw-Fujikawa Translight Engine.

Climate and the Holocene Extinction

Rainforest Wars and famine

Glassing of Voi and loss of East African megafauna

New Phoenix Incident

FTL

Shaw-Fujikawa Translight Manifold

H2ACampaign HomeFleetInEarthOrbit.png

Our species was suddenly able to leave the claustrophobic confines of the Earth, to spread our wings and stretch to fill an infinite horizon.

Terraforming

An illustration of Mars.

"Atmospheric processors, orbital mirror arrays, and the introduction of genetically engineered microorganisms can nudge a less-than-hospitable planet toward human sustainability over a period of decades or centuries, but they do not remake worlds from scratch."


"Venus was a long-shot terraforming project whose failure was so colossal and complete that it continues to be a cautionary tale for initiatives seeking to transform marginal worlds for human habitation. There are no permanent habitats on the extraordinarily hostile surface, with derelict orbital platforms existing as solemn reminders."


"Modification and hybridization of crops and animals for specific planetary environments was key to the success of almost every colony. The field has enjoyed significant growth since the Domus Diaspora. with each colony world providing a wealth of new species to study and new genetic sequences to decode."


"The limited use of cloning for livestock management has been commonplace for centuries.
- Halo Encyclopedia (2022)
"

The field of exobiology flourished, studying not just the potential evolution of life in our solar system, but expanding to study the effects of new planetary bodies on terrestrial organisms that were essential parts of the terraforming and colonization process.

Mars
Venus

Europa and Xenobiology

This section could largely be a showcase to real-world research into Europa as an abode of life as well as tribute to Arthur C. Clarke's vision of Europa in the Space Odyssey series.

Cryonics

Uses and applications for human transport, agricultural products and livestock.

Early Colonies

Reach

Reach Orbit.png

But when we got to Epsilon Eridani II, we found something strange. The environment was vaguely familiar, like the same landscape interpreted by a different artist. Much of the flora and fauna of the planet--which came to be known as Reach--were incredibly similar to their Earth counterparts (albeit adapted for more rugged terrain and marginally higher gravity), and some species were even identical! Many plants common to the Pacific Northwest region of Earth were found in abundance on Reach, including Western hemlock and Douglas firs. But Reach also had its fair share of unique species, like the Gúta, Spadehorn, and Moa, all encountered early on in Reach's colonization by predominantly Hungarian settlers.

Although Reach would take decades for terraformers to tame, the wealth of data it brought to scientists meant millions of years worth of new information to gather. To speak nothing of its riches in astronomical and geological data, Reach had also solved for biologists the age-old Sample Size Problem: the wealth of data that we had to work with about the evolution of life in the universe totaled not one, but two... and what we learned completely rewrote evolutionary taxonomy. Xenobiology was no longer a theoretical field.

Xenobiologists were relieved to see that the native organisms of Reach could still be broadly classed according to traditional phylogeny: Reach indeed possessed plants, animals, fungi, and abundant microorganisms. The presence of near-identical terrestrial species posed a mystery that invited many theories, further compounded by genetic testing which confirmed that the Douglas fir of Reach was, in fact, the same Douglas fir of Earth. Many proponents of the panspermia theory claimed this was proof of exchanged material between star systems. Others claimed the organisms must have been transported to Earth by previous visitors, and that this was proof of intelligent alien life that predated humanity. Others still claimed that the organisms indeed arose natively on Reach, independent of any exchange with Earth, and our understanding of genetics would need to be entirely rewritten.

Either way, going forward, xenobiologists knew that it was possible to find strange, alien phylums on new planets, as well as all-too-familiar species that seemed like they could have been brought straight from Earth, alongside species that were brought from Earth as part of the terraforming process. The broad terms which scientists agreed to use going forward were:

  • Terrestrial: Native to Earth and brought as part of the colonization process--traditional examples include beasts of burden (like horses) and livestock (such as cattle, pigs, and chickens)
  • Exo-organism: Species that were identical to Earth-native species, but appeared to be part of the natural evolutionary history of the planet (or transplanted so long ago as to be part of the evolutionary history). Encompasses exoflora and exofauna.
  • Xeno-organism: Completely new taxonomy with few analogues to terrestrial life. Encompasses xenoflora and xenofauna.[Note 2]

Within these the general phylogeny of animal, plant, fungi, or micro-organism still held, though part of a different tree of life from that studied for centuries on Earth.

Exo-organisms

Exoflora

Exofauna

Xeno-organisms

Xenofauna

Spadehorn

Moa

Gúta

Xenofauna

Eridani System

Halo: Reach concept art.

But Eridani II was not the only candidate in the Eridani System. Once a foothold was established on Reach, the other habitable planets in the system were scouted.

Beta Gabriel

Water world eventually valued as an in-system planetary nature preserve, serving as a popular holiday destination for the wealthy, but also a paradise for scientists of all types. It was on Beta Gabriel that the Paelosur and Nightmare Eel were discovered.

Xenofauna

Tribute

Circumstance

Inner Colonies

Sigma Octanus IV

Luyten

Oban

Xeno-organisms

Xenoflora

Alluvion

An illustration of Concord.

Alluvion established the borderline with the Outer Colonies. It was on Alluvion that scientists discovered the same xeno-organisms they had discovered on Beta Gabriel, in the same system as Reach. There was no explanation for the presence of these creatures on planets separated by light years, unless they were evidence that previous visitors had transported them from world to world. It shed a new light on the presence of Earth-analogous exo-organisms on extrasolar worlds, and reaffirmed for science that it was not just the Earth environment that had been distributed through some means across multiple planets.

Xenofauna

Outer Colonies

New Carthage

Levosia

Endymion

Far Isle

Arcadia

Cascade The "crown jewel" of the Outer Colonies.

Carrow

Draco III

Gao

Terceira

Biko

Andesia

Venezia

Netherop

Madrigal

Dwarka

Sedra

Coral

Roost

Concord

Partition

Circinius IV

Concept art for the Corbulo Academy of Military Science.

Pacific Northwest Planet[Note 3]

Exo-organisms

Exoflora

Exofauna

Xeno-organisms

Xenofauna

Onyx

Onyxbetter.jpg

Exo-organisms

Exoflora

Harvest

Harvest2.jpg

Terrestrial organisms

Exo-organisms

Exofauna

Xeno-organisms

Xenofauna

Glasslands

Halo Waypoint - Meridian surface.jpg

Ecological Catastrophe

"The aliens had rained monsoons of hot plasma down on hundreds of worlds, burning soil and melting bedrock, boiling oceans and filling the air with superheated vapor. Any creature that had escaped instant incineration had suffocated on superheated smoke, or seared away its feet. Fleeing over molten ground, or emerged from hiding to eventually starve while wandering barren expanses of ash-impregnated lechatelierite."

"The glasslands still showed orange because lechatelierite cooled from the top down, its surface solidifying into a vitreous blanket that kept heat from radiating into the air. The ground beneath could stay molten for a year, and remain hot to the touch for a decade. And the beach existed because much of the liquid that had been vaporized during the Covenant’s plasma bombardment had not yet returned to the oceans. Most of the planet’s water continued to hang in the atmosphere in vast banks of fog and clouds, or to lie trapped on the glass in giant lakes and ash bogs.
- Halo: Shadows of Reach
"

Crows have survived on glassed planets.

Post-War Colonies

Draetheus V

Erebus VII

Covenant Sphere

Sanghelios

Sanghelios Halo5.jpg

Xeno-organisms

Xenoflora

Xenofauna

Sangheili Colonies

Janjur Qom

An illustration of Janjur Qom.

Te

H2A Terminals - Te.jpg

Palamok

Illustration of Palamok in the Halo Encyclopedia (2022 edition)

Eayn

Illustration of Eayn in Halo Encyclopedia (2022 edition).

Balaho

H2A Terminals - Damaged Balaho.jpg

Xeno-organisms

Xenofauna

Doisac

Halo Channel - Doisac.jpg

Pre-Immolation

Great Immolation

Nuclear Wasteland

Xeno-organisms

Xenoflora

Xenofauna

Razing of Oth Sonin

goodnight sweet prins (rip).

Destruction and Mass Extinction

Forerunner Sphere

Alpha Halo - Installation 04

HCE-AlphaHalo-RingDetail.jpg

Exo-organisms

Exoflora

Exofauna

Xeno-organisms

Xenofauna

Thorn Beast

Destruction

Replacements

- Installation 08
- Installation 09

Delta Halo - Installation 05

Delta Halo.jpg

Xeno-organisms

Xenofauna

Quadwing

The Ark - Installation 00

TheArkHW2.png

Xeno-organisms

Xenofauna

Sky Leviathan

Tusk Beast

Blind Wolf

Sarcophagus - Shield World 0006

Sarcophagus under UNSC control.

Trove - Shield World 0459

Old HW Horizon.png

Exo-organisms

Exofauna

Xeno-organisms

Xenofauna

Destruction

Requiem - Shield World 0001

Artwork of Requiem.

Concept art of a jungle on Requiem.

Xeno-organisms

Xenoflora

Xenofauna

Destruction

Genesis - Shield World 0111

Halo 5 - Genesis.jpg

Xeno-organisms

Xenoflora

Xenofauna

Zeta Halo - Installation 07

A view of the fractured Installation 07. From Halo Infinite campaign level Warship Gbraakon.

Exo-organisms

Exofauna

Brontothere

Very similar to species of prehistoric fauna from Earth.[Note 4]

Xeno-organisms

Xenofauna

The Flood

The ultimate xeno-organism. An end to biodiversity everywhere.

The Blightlands environment in Project Foundry.

Feral

Flood Super Cell

Biomass

Infection Forms

Pod Infector

Combat Forms

Non-sapient

Human

Sangheili

Unggoy

Augmented Human

Dispersal Forms

Blister

Carrier

Launcher

Seeders

Bomber

Coordinated

Compound Intelligences

Proto-Gravemind

Gravemind H2A Gravemind Loadscreen.png

Command Forms

Juggernaut

Abomination

Blightstalker

Pure Forms

Stalker

Tank

Infestor

Spawner

Hellion

Gaunt

Interstellar

Transgalactic

A closeup view of the Greater Ark's destruction via Star Road.

Neural Physics

As a culmination of the book, this chapter would present Greg Bear's panentheistic interpretation of the Halo universe from an ecological perspective, highlighting the fact that the recovery of this knowledge from Forerunner data stores was a significant breakthrough in all the major Earth sciences.

Notes

  1. ^ This section contains brief notes on each addition to established lore and the rationale behind it.
  2. ^ The three denominations of Terrestrial organisms, Exo-organisms, and Xeno-organisms help to categorize life in the Halo universe according to its basic design, as artists and developers have long included both "alien" and recognizable Earth life forms in the games and written literature for various creative and production reasons. Instead of assuming these familiar organisms are the result of terraforming, the concept has been expanded to provide a unique ecological puzzle for scientists to unravel in the book's narrative. The names are subject to change.
  3. ^ Although the presence of numerous "Pacific Northwest" environments can obviously be ascribed to the development studio's location in Seattle, and the ease of using their locale as a reference, this stylistic choice is established as a tangible reality in this book, providing another ecological mystery for Earth scientists to solve. This also gives the Halo universe a unique feature to help it stand apart from other sci-fi universes.
  4. ^ Connecting the Brontothere with its prehistoric Earth analog serves as an opportunity to highlight some real-world paleontology.