Galactic Guide: Cano System

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Galactic Guide: Cano System

Writer’s Note: Galactic Guide: Cano was published originally as a Subscriber Exclusive on January 10, 2018.
On the heels of first contact with an alien species in 2438, the rapid colonization of Virgil in the early twenty-fifth century sparked an expansion movement that lasted for centuries. The transformation of Virgil I from a desolate rocky world into a lush and thriving settlement seemed proof of Humanity’s newfound dominion over the stars, and many were eager to find more worlds to further solidify our standing. Formalized by the UNE government as Project Far Star, a concentrated effort to seed Human civilization across the galaxy began in earnest and captured the imagination of people everywhere. Thousands of would-be-explorers raced to purchase survey vessels and scan the dark expanses of known space with the hope that they would be next to discover a jump point. While many would help discover new resource caches or scientifically interesting astronomical phenomena, only a small percentage would ever successfully lead Humanity to new stars.

Of these lucky few, Tabatha Caster’s discovery of a jump point was unique in that she made it from the comfort of her home on Mars. Passionate about exploration but unable to travel herself due to a chronic illness, Tabatha would purchase raw scanner data from ships returning from frontier systems like Virgil, Davien and Bremen. Using information collected at known jumps as her comparison baseline, she spent almost all her free time poring through the vast data stores she acquired. Her herculean, decades-long effort paid off in 2463 when she noticed that three different ships had picked up a similar error near the same sector of Davien. While individually it was not enough to trigger any of the standard analysis software of the time, the combined data hinted that there could be something more. Tabatha contracted with Jamel Normond, an independent navjumper from whom she had previously purchased data, to investigate the coordinates. What he found was a previously uncharted tunnel to a yellowish-white G-type main sequence star anchoring a four-planet system.

Initial survey results of “Cano,” a portmanteau of the two discovers’ surnames, indicated that all four worlds were quite inhospitable, a disappointment for those who were hoping for a new world for Project Far Star to settle. Many historians point to this disappointment for helping push forward the decision to attempt the unlikely terraformation of Cano II.

BEST LAID PLANS
An ocean world with a caustic and unbreathable atmosphere, Cano II was far from an ideal candidate. Altering such a dense and toxic atmosphere on a planet with such massive oceans was going to be a significant challenge, doubly so with the technology available at the time. If the proposal had been put forth during a different era, it is theorized that the terraforming project would never have been approved. But with expansion fervor at an all-time high, the voices of doubt were outmatched and the green light was given.

The effort that followed initially seemed like it might actually succeed. Many settlers began to emigrate to the world, setting up the first colony outposts on the permanent glacial ice caps at the north pole. The coastal trading hub of Carteyna rapidly grew to become the largest of these new settlements and reached such predominance in those first few years that the planet itself came to be known by the same name.

Sadly, this early success was short-lived. Atmospheric conditions soon began to deteriorate back to a toxic state and inhabitants were forced to remain inside sealed outposts under the ocean’s surface. However, that first attempt was not the last. With the infrastructure in place and atmospheric self-sustainment seemingly within reach, it proved tempting enough for geoengineers to try again. Plus, there was the financial incentive. If the world could be made more ecologically friendly, its resources would be worth a considerable sum. Over the next few centuries, several more attempts to terraform Carteyna came and went as new geo-technological improvements were tested out, to no avail. This pattern continued until the start of the 30th century, when all hopes of terraforming the planet were dashed for good.

FROM THE DEEP
In 2898, a deep-sea researcher, Dr. Satomi Bechtel, noticed an intricate grooved pattern etched into the surface of a returned underwater probe. Investigating further, she discovered that a colony of microscopic zooplankton known as Canolisca were the ones breaking down the material of the probe. Dr. Bechtel was surprised because the species, studied by previous researchers, had never been known to exhibit this behavior.

For the next few years, Dr. Bechtel dedicated herself to studying the Canolisca. She learned that the distinct pattern was not an isolated case, after finding dozens of sites bearing the complicated markings. The real breakthrough came with the discovery that at regular intervals the markings would become covered with a particular algae in much higher density than found elsewhere in the area. In her groundbreaking 2902 research paper, she proposed that these grooves were actually proof of advanced farming techniques. It was her belief that the last terraformation attempt had prompted an algae bloom that had provided enough resources for the Canolisca to begin developing societal specialization and that the zooplankton colonies were becoming advanced enough that they could be considered on the verge of sapience.

A FAIR CHANCE
As the paper drew widespread attention, scientists and xeno-rights advocates were quick to call for the protection of this developing species under the Fair Chance Act. However, the situation was unique in that previously the FCA had only been enacted on newly discovered worlds. So far there had yet been a situation where a species was classified for protection hundreds of years after Human settlement. FCA status was granted with the understanding that the inhabitants would be resettled elsewhere, but the people of Carteyna were quick to launch legal action to defend their rights. Though their position was highly unpopular, owing to the Empire’s fascination with the Canos (as they came to be colloquially called), it was far from a clear-cut matter. It took years of legal back and forth before a compromise known as the “Cano Species Development Accord” was reached.

Under the terms of the Accord, the local government established an administrative body known as the Office of the CSDA to protect and manage the oceanic sector where the Canolisca are developing. Off limits to all but approved scientists and personnel, the Office of the CSDA maintain a security force to ensure that the zooplankton are left undisturbed. In addition, all resource collection would be strictly managed, there would be no further terraforming attempts, and those living on the world would be limited to the main arcologies already established at the North Pole. In return for the sacrifices made under the Accord, the families who had called Cano home for generations would be allowed to continue to make a life there. In fact, thanks to the renewed interest in the system from the discovery of Canolisca and the inflow of credits from UEE research grants, there might never have been a better time to live on the Cano system than right now.

TRAVEL WARNING
Cano I has been called a literal “tourist trap” in recent years, with those visiting the planet to get a look at its natural beauty frequently becoming stranded. With three reported deaths already this year, it is recommended that those wishing to enjoy the vistas do so through a simpod.

CANO I
Rapidly orbiting the sun, this small, tidally locked mesoplanet has an abundance of crystalline formations running along the crust near its terminator. Caused by oversaturated molten material flowing towards the dark side of the world, extra material is ejected as it cools and helps to continue the growth of these beautiful structures. Unfortunately, the inhospitable environment makes visiting these natural wonders quite difficult.

CARTEYNA (CANO II)
With the restrictions created by the CSDA in place, the majority of the planet’s inhabitants have relocated to Carteyna City. Spread deep into the warm, geothermally heated waters beneath the ice cap, what started as a trading hub has developed over the centuries into quite a large arcology. Even though the planet’s population overall is not that high, the fact that it is so densely packed into one area makes Carteyna quite lively. Especially since most ongoing commercial interests are limited to the waters off the shores of the North Pole.

Travel to the southern hemisphere is limited. Before the Accord, islands, dotted around the world’s oceans, had been constructed as landing zones. But outside of those co-opted by the Office of the CDSA to run their operations, the rest have been abandoned. While some of the floating outposts have sunk to become artificial reefs, the ones still on the surface have either been taken over by birds or large populations of crustaceans or more alarmingly, have frequently come to serve as refuge to outlaws, illegal commercial operations and poachers hoping to collect samples of the Canolisca for sale.

CANO III
With the geo-manipulation of Carteyna no longer an option, the financial concerns involved were loath to see their investments completely lost. In an example of making soup out of bones, much of the terraforming equipment and resources were relocated to Cano III and refocused on researching ways to make the smog planet habitable. A difficult proposition to say the least, normally the cost of such an endeavor would be too prohibitive to support — but the unique circumstances of the system have allowed scientists the opportunity to further this field of research.

POX (CANO IV)
Travel beyond the system’s asteroid belt and you will find its final world, a gas giant with distinct rust colored banding caused by powerful atmospheric currents. This same notably strong turbulence has led to the surface of Cano IV being perpetually bestrewn with dozens of erratic, massive thousand-kilometer wide mega-storms. Unlike other gas giants, where storms can last for years or decades, the weather here is significantly more erratic, with the deadly vortices forming quite suddenly. Harvesting resources here can be quite a dangerous affair owing to the unpredictable global weather phenomena. Its spotty appearance and penchant for destroying harvesting installations have earned the planet the nickname Pox. However, many continue to try their luck here, thanks to the heavier and more valuable resources dredged up to the upper atmosphere by the storms.

HEARD IN THE WIND
“Communication between individual Canolisca seems to be done via the release of complicated molecular pheromone chains into the surrounding water. Through this method they can pass information along from one end of the colony to the other with extreme speed.”
- Dr. Satomi Bechtel, Assessment of Canolisca in the Southern Oceans of Carteyna, 2902

“To claim that the life of some microscopic creatures should carry more import in our Empire than the rights of an average Citizen is as offensive as it is ludicrous.”
- Arron Juarez, Opening Statement, FCA Hearing on Cano, 2903.06.02
Galaktischer Leitfaden: Kanusystem

Nach dem ersten Kontakt mit einer fremden Spezies im Jahr 2438 löste die schnelle Kolonisation von Virgil Anfang des fünften Jahrhunderts eine jahrhundertelange Expansionsbewegung aus. Die Verwandlung von Virgil I. von einer trostlosen felsigen Welt in eine üppige und blühende Siedlung schien ein Beweis für die neu entdeckte Herrschaft der Menschheit über die Sterne zu sein, und viele waren begierig darauf, mehr Welten zu finden, um unseren Ruf weiter zu festigen. Von der UNE-Regierung als Project Far Star formalisiert, begann ein konzentrierter Versuch, die menschliche Zivilisation in der gesamten Galaxie zu säen, ernsthaft und fesselte die Phantasie der Menschen überall. Tausende von Möchtegern-Forschern rasten, um Vermessungsschiffe zu kaufen und die dunklen Weiten des bekannten Raums zu scannen, in der Hoffnung, dass sie als nächstes einen Sprungpunkt entdecken würden. Während viele helfen würden, neue Ressourcen-Caches oder wissenschaftlich interessante astronomische Phänomene zu entdecken, würde nur ein kleiner Prozentsatz die Menschheit jemals erfolgreich zu neuen Sternen führen.

Von diesen glücklichen Wenigen war Tabatha Casters Entdeckung eines Sprungbrettes insofern einzigartig, als sie es bequem von zu Hause auf dem Mars aus tat. Tabatha war leidenschaftlich an der Erforschung interessiert, konnte aber aufgrund einer chronischen Krankheit nicht selbst reisen und kaufte Rohscannerdaten von Schiffen, die aus Grenzsystemen wie Virgil, Davien und Bremen zurückkehrten. Mit Informationen, die bei bekannten Sprüngen gesammelt wurden, als Vergleichsbasis, verbrachte sie fast ihre gesamte Freizeit damit, durch die riesigen Datenspeicher zu schauen, die sie erworben hat. Ihr herkulischer, jahrzehntelanger Einsatz zahlte sich 2463 aus, als sie bemerkte, dass drei verschiedene Schiffe einen ähnlichen Fehler nahe dem gleichen Sektor von Davien aufgezeichnet hatten. Während es einzeln nicht ausreichte, eine der damaligen Standardanalysesoftware auszulösen, deuteten die kombinierten Daten darauf hin, dass es noch etwas mehr geben könnte. Tabatha beauftragte Jamel Normond, einen unabhängigen Navjumper, von dem sie zuvor Daten gekauft hatte, mit der Untersuchung der Koordinaten. Was er fand, war ein bisher unbekannter Tunnel zu einem gelblich-weißen G-Typ Hauptreihenstern, der ein Vier-Planeten-System verankerte.

Erste Umfrageergebnisse von "Cano", einem Koffer der Nachnamen der beiden Entdecker, zeigten, dass alle vier Welten ziemlich unwirtlich waren, eine Enttäuschung für diejenigen, die auf eine neue Welt für das Projekt Far Star hofften. Viele Historiker weisen auf diese Enttäuschung hin, weil sie geholfen haben, die Entscheidung, die unwahrscheinliche Terraformation von Cano II zu versuchen, voranzutreiben.

BESTE PLÄNE
Eine Meereswelt mit einer ätzenden und unatembaren Atmosphäre, Cano II war alles andere als ein idealer Kandidat. Die Veränderung einer so dichten und giftigen Atmosphäre auf einem Planeten mit so massiven Ozeanen war eine große Herausforderung, und zwar mit der damals verfügbaren Technologie. Wäre der Vorschlag in einer anderen Ära vorgelegt worden, wird angenommen, dass die Genehmigung für das Terraforming-Projekt nie genehmigt worden wäre. Aber mit Expansionsfieber auf einem Allzeithoch wurden die Stimmen des Zweifels übertroffen und grünes Licht gegeben.

Die folgenden Bemühungen schienen zunächst so zu sein, als ob sie tatsächlich erfolgreich sein könnten. Viele Siedler begannen, in die Welt auszuwandern und errichteten die ersten Kolonievorposten an den permanenten Gletschereiskappen am Nordpol. Die Küstenmetropole Carteyna wuchs schnell zur größten dieser neuen Siedlungen und erreichte in den ersten Jahren eine solche Dominanz, dass der Planet selbst unter dem gleichen Namen bekannt wurde.

Leider war dieser frühe Erfolg nur von kurzer Dauer. Die atmosphärischen Bedingungen verschlechterten sich bald wieder in einen giftigen Zustand, und die Bewohner waren gezwungen, in abgedichteten Außenposten unter der Meeresoberfläche zu bleiben. Dieser erste Versuch war jedoch nicht der letzte. Mit der vorhandenen Infrastruktur und der scheinbar in Reichweite liegenden atmosphärischen Selbstversorgung erwies es sich als verlockend genug für Geoingenieure, es erneut zu versuchen. Außerdem gab es den finanziellen Anreiz. Wenn die Welt umweltfreundlicher gemacht werden könnte, wären ihre Ressourcen eine beträchtliche Summe wert. In den nächsten Jahrhunderten kamen und gingen mehrere weitere Versuche, Carteyna auf Terraform zu bringen, als neue geotechnische Verbesserungen erprobt wurden, ohne Erfolg. Dieses Muster setzte sich bis Anfang des 30. Jahrhunderts fort, als alle Hoffnungen auf eine Terraform des Planeten für immer zunichte gemacht wurden.

AUS DER TIEFE
2898 bemerkte ein Tiefseeforscher, Dr. Satomi Bechtel, ein kompliziertes Rillenmuster, das in die Oberfläche einer zurückgeführten Unterwassersonde eingeätzt war. Bei weiteren Untersuchungen entdeckte sie, dass eine Kolonie von mikroskopisch kleinem Zooplankton, bekannt als Canolisca, diejenigen waren, die das Material der Sonde abbauen. Dr. Bechtel war überrascht, weil die Art, die von früheren Forschern untersucht wurde, nie bekannt war, dass sie dieses Verhalten zeigt.

In den nächsten Jahren widmete sich Dr. Bechtel dem Studium der Canolisca. Sie erfuhr, dass das ausgeprägte Muster kein Einzelfall war, nachdem sie Dutzende von Stellen mit den komplizierten Markierungen gefunden hatte. Der eigentliche Durchbruch gelang mit der Entdeckung, dass die Markierungen in regelmäßigen Abständen mit einer bestimmten Alge in viel höherer Dichte bedeckt werden würden als an anderer Stelle in der Region. In ihrem bahnbrechenden Forschungspapier 2902 schlug sie vor, dass diese Rillen tatsächlich der Beweis für fortschrittliche landwirtschaftliche Techniken seien. Sie glaubte, dass der letzte Terraformationsversuch zu einer Algenblüte geführt hatte, die den Canolisca genügend Ressourcen zur Verfügung gestellt hatte, um mit der Entwicklung einer gesellschaftlichen Spezialisierung zu beginnen, und dass die Zooplanktonkolonien so weit fortgeschritten waren, dass sie am Rande der Geduld betrachtet werden konnten.

EINE FAIRE CHANCE
Als das Papier breite Aufmerksamkeit erregte, forderten Wissenschaftler und Verfechter der Xeno-Rechte schnell den Schutz dieser sich entwickelnden Art im Rahmen des Fair Chance Act. Die Situation war jedoch insofern einzigartig, als die EZV bisher nur auf neu entdeckten Welten umgesetzt worden war. Bisher gab es noch eine Situation, in der eine Art Hunderte von Jahren nach der Besiedlung durch den Menschen zum Schutz eingestuft wurde. Der EZV-Status wurde mit der Maßgabe gewährt, dass die Bewohner an einen anderen Ort umgesiedelt werden würden, aber die Bewohner von Carteyna haben schnell rechtliche Schritte eingeleitet, um ihre Rechte zu verteidigen. Obwohl ihre Position sehr unbeliebt war, aufgrund der Faszination des Imperiums für die Canos (wie sie umgangssprachlich genannt wurden), war sie alles andere als eindeutig. Es dauerte Jahre des rechtlichen Hin und Her, bis ein Kompromiss, bekannt als "Cano Species Development Accord", gefunden wurde.

Im Rahmen der Vereinbarung hat die lokale Regierung ein Verwaltungsorgan eingerichtet, das als Büro der CSDA bekannt ist, um den ozeanischen Sektor zu schützen und zu verwalten, in dem sich die Canolisca entwickeln. Das Büro der CSDA unterhält eine Sicherheitskräfte, um sicherzustellen, dass das Zooplankton ungestört bleibt. Darüber hinaus würde die gesamte Ressourcensammlung streng verwaltet, es gäbe keine weiteren Terraforming-Versuche mehr, und die auf der Welt lebenden Menschen würden sich auf die wichtigsten Arcologien beschränken, die bereits am Nordpol etabliert sind. Als Gegenleistung für die Opfer, die im Rahmen des Abkommens erbracht wurden, sollten die Familien, die Cano seit Generationen ihr Zuhause genannt hatten, weiterhin dort ein Leben führen dürfen. Dank des erneuten Interesses an dem System seit der Entdeckung von Canolisca und dem Zufluss von Krediten aus UEE-Forschungsgeldern hätte es vielleicht nie einen besseren Zeitpunkt gegeben, um im Cano-System zu leben als jetzt.

REISEWARNUNG
Cano I wurde in den letzten Jahren als buchstäbliche "Touristenfalle" bezeichnet, wobei diejenigen, die den Planeten besuchen, um einen Blick auf seine natürliche Schönheit zu werfen, häufig festsitzen. Da bereits in diesem Jahr drei Todesfälle gemeldet wurden, wird empfohlen, dass diejenigen, die die Aussicht genießen möchten, dies über einen Simpod tun.

CANO I
Dieser kleine, tidal verschlossene Mesoplanet, der die Sonne schnell umkreist, hat eine Fülle von kristallinen Formationen, die entlang der Kruste in der Nähe seines Terminators verlaufen. Verursacht durch übersättigtes geschmolzenes Material, das in Richtung der dunklen Seite der Welt fließt, wird zusätzliches Material ausgestoßen, wenn es abkühlt und hilft, das Wachstum dieser schönen Strukturen fortzusetzen. Leider macht die unwirtliche Umgebung den Besuch dieser Naturwunder sehr schwierig.

CARTEYNA (CANO II)
Mit den durch die CSDA geschaffenen Einschränkungen ist die Mehrheit der Bewohner des Planeten nach Carteyna City umgezogen. Tief in das warme, geothermisch erwärmte Wasser unter der Eiskappe ausgebreitet, hat sich das, was als Handelszentrum begann, im Laufe der Jahrhunderte zu einer recht großen Arkologie entwickelt. Auch wenn die Weltbevölkerung insgesamt nicht so hoch ist, macht die Tatsache, dass sie so dicht in einem Gebiet liegt, Carteyna recht lebendig. Zumal sich die meisten laufenden kommerziellen Interessen auf die Gewässer vor den Ufern des Nordpols beschränken.

Die Reise in die südliche Hemisphäre ist begrenzt. Vor dem Abkommen waren Inseln, die über die Weltmeere verteilt waren, als Landezonen angelegt worden. Aber außerhalb derjenigen, die vom Büro der CDSA zur Durchführung ihrer Operationen kooptiert wurden, wurden die übrigen aufgegeben. Während einige der schwimmenden Außenposten zu künstlichen Riffen gesunken sind, wurden die noch an der Oberfläche befindlichen entweder von Vögeln oder einer großen Population von Krebstieren übernommen oder, was noch beunruhigender ist, häufig als Zufluchtsort für Gesetzlose, illegale kommerzielle Operationen und Wilderer genutzt, die hoffen, Proben der Canolisca zum Verkauf zu sammeln.

CANO III
Da die Geomanipulation von Carteyna nicht mehr möglich war, waren die beteiligten Finanzunternehmen abgeneigt, ihre Investitionen völlig zu verlieren. In einem Beispiel für die Herstellung von Suppe aus Knochen wurden viele der Terraforming-Ausrüstung und -Ressourcen nach Kano III verlegt und auf die Erforschung von Möglichkeiten konzentriert, den Smogplaneten bewohnbar zu machen. Ein schwieriger Vorschlag, um es vorsichtig auszudrücken, normalerweise wären die Kosten für ein solches Vorhaben zu hoch - aber die einzigartigen Umstände des Systems haben es den Wissenschaftlern ermöglicht, dieses Forschungsgebiet voranzutreiben.

POX (CANO IV)
Wenn Sie über den Asteroidengürtel des Systems hinausfahren, finden Sie seine endgültige Welt, einen Gasriesen mit deutlich rostroten Bändern, die durch starke atmosphärische Strömungen verursacht werden. Dieselben besonders starken Turbulenzen haben dazu geführt, dass die Oberfläche von Cano IV ständig mit Dutzenden von unregelmäßigen, massiven, tausend Kilometer breiten Megastürmen besiedelt ist. Im Gegensatz zu anderen Gasriesen, bei denen Stürme jahre- oder jahrzehntelang andauern können, ist das Wetter hier deutlich unregelmäßiger, wobei sich die tödlichen Wirbel ganz plötzlich bilden. Die Rohstoffgewinnung hier kann aufgrund der unvorhersehbaren globalen Wetterphänomene eine sehr gefährliche Angelegenheit sein. Sein fleckiges Aussehen und seine Vorliebe für die Zerstörung von Ernteanlagen haben dem Planeten den Spitznamen Pocken eingebracht. Doch viele versuchen hier weiterhin ihr Glück, dank der schwereren und wertvolleren Ressourcen, die durch die Stürme in die obere Atmosphäre geholt wurden.

IM WIND GEHÖRT
"Die Kommunikation zwischen den einzelnen Canolisca scheint über die Freisetzung komplizierter molekularer Pheromonketten in das umgebende Wasser zu erfolgen. Auf diese Weise können sie Informationen mit extremer Geschwindigkeit von einem Ende der Kolonie zum anderen weiterleiten."
- Dr. Satomi Bechtel, Bewertung von Canolisca im Südmeer von Carteyna, 2902

"Zu behaupten, dass das Leben einiger mikroskopischer Kreaturen in unserem Reich mehr Bedeutung haben sollte als die Rechte eines durchschnittlichen Bürgers, ist ebenso beleidigend wie lächerlich."
- Arron Juarez, Eröffnungsrede, FCA Hearing on Cano, 2903.06.02
Galactic Guide: Cano System

Writer’s Note: Galactic Guide: Cano was published originally as a Subscriber Exclusive on January 10, 2018.
On the heels of first contact with an alien species in 2438, the rapid colonization of Virgil in the early twenty-fifth century sparked an expansion movement that lasted for centuries. The transformation of Virgil I from a desolate rocky world into a lush and thriving settlement seemed proof of Humanity’s newfound dominion over the stars, and many were eager to find more worlds to further solidify our standing. Formalized by the UNE government as Project Far Star, a concentrated effort to seed Human civilization across the galaxy began in earnest and captured the imagination of people everywhere. Thousands of would-be-explorers raced to purchase survey vessels and scan the dark expanses of known space with the hope that they would be next to discover a jump point. While many would help discover new resource caches or scientifically interesting astronomical phenomena, only a small percentage would ever successfully lead Humanity to new stars.

Of these lucky few, Tabatha Caster’s discovery of a jump point was unique in that she made it from the comfort of her home on Mars. Passionate about exploration but unable to travel herself due to a chronic illness, Tabatha would purchase raw scanner data from ships returning from frontier systems like Virgil, Davien and Bremen. Using information collected at known jumps as her comparison baseline, she spent almost all her free time poring through the vast data stores she acquired. Her herculean, decades-long effort paid off in 2463 when she noticed that three different ships had picked up a similar error near the same sector of Davien. While individually it was not enough to trigger any of the standard analysis software of the time, the combined data hinted that there could be something more. Tabatha contracted with Jamel Normond, an independent navjumper from whom she had previously purchased data, to investigate the coordinates. What he found was a previously uncharted tunnel to a yellowish-white G-type main sequence star anchoring a four-planet system.

Initial survey results of “Cano,” a portmanteau of the two discovers’ surnames, indicated that all four worlds were quite inhospitable, a disappointment for those who were hoping for a new world for Project Far Star to settle. Many historians point to this disappointment for helping push forward the decision to attempt the unlikely terraformation of Cano II.

BEST LAID PLANS
An ocean world with a caustic and unbreathable atmosphere, Cano II was far from an ideal candidate. Altering such a dense and toxic atmosphere on a planet with such massive oceans was going to be a significant challenge, doubly so with the technology available at the time. If the proposal had been put forth during a different era, it is theorized that the terraforming project would never have been approved. But with expansion fervor at an all-time high, the voices of doubt were outmatched and the green light was given.

The effort that followed initially seemed like it might actually succeed. Many settlers began to emigrate to the world, setting up the first colony outposts on the permanent glacial ice caps at the north pole. The coastal trading hub of Carteyna rapidly grew to become the largest of these new settlements and reached such predominance in those first few years that the planet itself came to be known by the same name.

Sadly, this early success was short-lived. Atmospheric conditions soon began to deteriorate back to a toxic state and inhabitants were forced to remain inside sealed outposts under the ocean’s surface. However, that first attempt was not the last. With the infrastructure in place and atmospheric self-sustainment seemingly within reach, it proved tempting enough for geoengineers to try again. Plus, there was the financial incentive. If the world could be made more ecologically friendly, its resources would be worth a considerable sum. Over the next few centuries, several more attempts to terraform Carteyna came and went as new geo-technological improvements were tested out, to no avail. This pattern continued until the start of the 30th century, when all hopes of terraforming the planet were dashed for good.

FROM THE DEEP
In 2898, a deep-sea researcher, Dr. Satomi Bechtel, noticed an intricate grooved pattern etched into the surface of a returned underwater probe. Investigating further, she discovered that a colony of microscopic zooplankton known as Canolisca were the ones breaking down the material of the probe. Dr. Bechtel was surprised because the species, studied by previous researchers, had never been known to exhibit this behavior.

For the next few years, Dr. Bechtel dedicated herself to studying the Canolisca. She learned that the distinct pattern was not an isolated case, after finding dozens of sites bearing the complicated markings. The real breakthrough came with the discovery that at regular intervals the markings would become covered with a particular algae in much higher density than found elsewhere in the area. In her groundbreaking 2902 research paper, she proposed that these grooves were actually proof of advanced farming techniques. It was her belief that the last terraformation attempt had prompted an algae bloom that had provided enough resources for the Canolisca to begin developing societal specialization and that the zooplankton colonies were becoming advanced enough that they could be considered on the verge of sapience.

A FAIR CHANCE
As the paper drew widespread attention, scientists and xeno-rights advocates were quick to call for the protection of this developing species under the Fair Chance Act. However, the situation was unique in that previously the FCA had only been enacted on newly discovered worlds. So far there had yet been a situation where a species was classified for protection hundreds of years after Human settlement. FCA status was granted with the understanding that the inhabitants would be resettled elsewhere, but the people of Carteyna were quick to launch legal action to defend their rights. Though their position was highly unpopular, owing to the Empire’s fascination with the Canos (as they came to be colloquially called), it was far from a clear-cut matter. It took years of legal back and forth before a compromise known as the “Cano Species Development Accord” was reached.

Under the terms of the Accord, the local government established an administrative body known as the Office of the CSDA to protect and manage the oceanic sector where the Canolisca are developing. Off limits to all but approved scientists and personnel, the Office of the CSDA maintain a security force to ensure that the zooplankton are left undisturbed. In addition, all resource collection would be strictly managed, there would be no further terraforming attempts, and those living on the world would be limited to the main arcologies already established at the North Pole. In return for the sacrifices made under the Accord, the families who had called Cano home for generations would be allowed to continue to make a life there. In fact, thanks to the renewed interest in the system from the discovery of Canolisca and the inflow of credits from UEE research grants, there might never have been a better time to live on the Cano system than right now.

TRAVEL WARNING
Cano I has been called a literal “tourist trap” in recent years, with those visiting the planet to get a look at its natural beauty frequently becoming stranded. With three reported deaths already this year, it is recommended that those wishing to enjoy the vistas do so through a simpod.

CANO I
Rapidly orbiting the sun, this small, tidally locked mesoplanet has an abundance of crystalline formations running along the crust near its terminator. Caused by oversaturated molten material flowing towards the dark side of the world, extra material is ejected as it cools and helps to continue the growth of these beautiful structures. Unfortunately, the inhospitable environment makes visiting these natural wonders quite difficult.

CARTEYNA (CANO II)
With the restrictions created by the CSDA in place, the majority of the planet’s inhabitants have relocated to Carteyna City. Spread deep into the warm, geothermally heated waters beneath the ice cap, what started as a trading hub has developed over the centuries into quite a large arcology. Even though the planet’s population overall is not that high, the fact that it is so densely packed into one area makes Carteyna quite lively. Especially since most ongoing commercial interests are limited to the waters off the shores of the North Pole.

Travel to the southern hemisphere is limited. Before the Accord, islands, dotted around the world’s oceans, had been constructed as landing zones. But outside of those co-opted by the Office of the CDSA to run their operations, the rest have been abandoned. While some of the floating outposts have sunk to become artificial reefs, the ones still on the surface have either been taken over by birds or large populations of crustaceans or more alarmingly, have frequently come to serve as refuge to outlaws, illegal commercial operations and poachers hoping to collect samples of the Canolisca for sale.

CANO III
With the geo-manipulation of Carteyna no longer an option, the financial concerns involved were loath to see their investments completely lost. In an example of making soup out of bones, much of the terraforming equipment and resources were relocated to Cano III and refocused on researching ways to make the smog planet habitable. A difficult proposition to say the least, normally the cost of such an endeavor would be too prohibitive to support — but the unique circumstances of the system have allowed scientists the opportunity to further this field of research.

POX (CANO IV)
Travel beyond the system’s asteroid belt and you will find its final world, a gas giant with distinct rust colored banding caused by powerful atmospheric currents. This same notably strong turbulence has led to the surface of Cano IV being perpetually bestrewn with dozens of erratic, massive thousand-kilometer wide mega-storms. Unlike other gas giants, where storms can last for years or decades, the weather here is significantly more erratic, with the deadly vortices forming quite suddenly. Harvesting resources here can be quite a dangerous affair owing to the unpredictable global weather phenomena. Its spotty appearance and penchant for destroying harvesting installations have earned the planet the nickname Pox. However, many continue to try their luck here, thanks to the heavier and more valuable resources dredged up to the upper atmosphere by the storms.

HEARD IN THE WIND
“Communication between individual Canolisca seems to be done via the release of complicated molecular pheromone chains into the surrounding water. Through this method they can pass information along from one end of the colony to the other with extreme speed.”
- Dr. Satomi Bechtel, Assessment of Canolisca in the Southern Oceans of Carteyna, 2902

“To claim that the life of some microscopic creatures should carry more import in our Empire than the rights of an average Citizen is as offensive as it is ludicrous.”
- Arron Juarez, Opening Statement, FCA Hearing on Cano, 2903.06.02

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CIG ID
16360
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Galactic Guide
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21
Published
6 years ago (2020-02-19T00:00:00+00:00)