View source for Adinea Pillar Valley

{{Taerel Age|Shattering Age}}
{{Template:PlaceInfobox|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|Unknown|[[Taerel:Kairt Tribal Zu'aan]]}} 


== History ==


== Geography ==

The Adinea Pillar Valley is a remarkable erosional bowl shaped basin carved out by thousands of years of wind erosion. It is studded with enormous stone totemic monoliths, deep chasms and collapsing holes, and an intricate spiderweb of canyon systems. Within the hyperarid eastern interior of this "Twilight Age" world Adinea is a stark and beautiful juxtaposition between the waterlogged basins of Kudapa or the club shaped biogenic billow-coral ring structures of the Ad'usto reefs.

'''Topography and Geology'''

The valley is dominated by hundreds of dramatic, tall columns of dark-colored rock, erupting out of the basin floor and reaching amazing heights before crumbling into threatning spires or broken, solitary mesas. These fantastic stone hoodoos were formed gradually over deep geological time when highly-stratified bedrock was exposed to intense wind-driven erosion; over long periods of time, ferce winds eroded away the less-dense surrounding sediments leaving only the immensely dense cores behind. Endless eroding continues to shape a complex landscape of free-standing pillars, natural arches and opposite-overhanging ledge systems, separated by precipiguous vertical drops.

From a topographical standpoint, the basin is highly unstable and highly gaged. The valley is heavily ladened with loose scree, precarious scree slopes, and unstable sink trenches that abruptly give way. The floors of the deep canyons are eternally problematic, constantly reshaped through dying rock falls from the high promontories.

The geology beneath Adinea speaks of a long dead, buried world. The pillars are formed of thick strata of sandstones, minleiferous shales, and solid intrusions of volcanic basalt which are thought to be hundreds of millions of years old, when the entire basin was under a vast inland sea. Unlike the salty basin, the evidence of this marine and volcanic past is prominant in the exposed cliffs, with banded horizontal mineral strata creating broad bands of ochre, limestone grey, insolating reds of Iron-oxides, and black volcanic strata.

'''Climate and Hydrography'''

Climate throughout the valley is hyper-arid, wind-dominated and extremely variable. The uppermost, exposed vertical zones are affected by extreme sunlight and gust conditions ranging from scorching heat to freezing cold.

In spite of this extreme dryness, remnants of ancient water networks are present all over the exposed rocky landscapes. Shiny canyon sides, broad alluvial flats and deeply scoured dry river beds reveal that Adinea was once a high-volume drainage basin before advancing climatic trends drained the interior. Currently, stable surface water sources are completely absent. Any precipitation falling locally immediately penetrates into deep beds of fractured rocks. Nevertheless, in the event of seasonal downpours, the basin erupts in a frenzy of agitated water scour and transitory urban flash floods that bear down the deserts and ancient courses of the River Adinea. Such violent events induce terrifying fall-out of rock downslope and indelible erosion of the canyon floor.

'''Traversability'''

Journeying through Adinea Pillar Valley is a grueling, weathervane test. The terrain provides no options for bail-out;no place to safely pass through the basin floor, blocked by gigantic debris fields and the unstable build-up of sediment, and no means to surmount the upper pillars, with near vertical rock walls rising in the full blast of the wind. The environment is constantly undergoing subtle destruction, and the depths of the canyon afford unhelpful, short-range sights of course-ways;Adinea is an impassable and lonely frontier.

== Plants ==

'''Pillar Crown Flora (Summit Vegetation)'''

The plants of the Adinea Pillar Valley are barren and isolated but highly adapted vertically. Away from the deadly density of the Kudapa or the nutrient-rich soils of the Aacken the flora here is constantly under assault from the hyper dri,. Blasting gales and shifting grounds. Only the summits of the stone pillars support prolonged biological activity, the rest of the permanent biomass is concentrated in the shaded fissures of the canyon. The evidence for moisture retention (and occasional growth) is often strain on the ceiling.

The level crowned tipresses hold a fragmented population of xerophyte summit vegetation. In these extremely thin soils and exposed conditions, residing below the organic threshold the xerophytes are extremely dwarfish and tightly packed, rock hugging species, minimizing wind shear, wind and climactic moisture outtake, desiccation. Rather than spreading laterally as they would within a ground environment, dense and complex fibrostraw root systems fracture the stone, and drive downward through the porous mineral fraction, searching out pockets of artifical groundwater, and anchoring themselves to withstand the persistent atmospheric shear. With ninonic input these species can grow at a maddeningly slow rate, but using anchors within the most stable monoths, isolated libraries of this unpromising summit scrub, survived for hundredss of years. The foliage dictated by mineral fluxes, and absorbed by the highest, least aeraded grains, bursts forth in pale, leaden green, ochre and amber Ochre ocheros, and deep iron reds. Against the exposed mass.

'''Cliff-Face Flora (Lithophytic Growths)'''

Adinea's towering cliff walls support large populations of true lithophytes-ferociously hardy plants that make it all the way up. They settle in constricted mineral cracks, erosion shelves, and inlet ledges, all of which eat up windblown dirt and dew.

In order to endure the precarious vertical plummets, plants living along the edges of the cliff have resorted to thick and tangled mats of roots that secure the seemingly weightless loess to the canyon walls. Instead of planting deep in the loose sediment, plants have developed callus-like, semi-glosseous coverings or long dormant lifeless limbs to combat the living barrage of grit, sand, and wind. Down in the shadowy depths of the endless and falling chasms, succumbing to their habitats, are hand-shrouded mosses and sac-like fungal colonies...the only life sustained entirely by the sluggish deposit of mineral-laden waters from the underground cavern.

'''Canyon Basin Flora (Fissure and Ravine Vegetation)'''

The dry ravines and unstable talus slopes of the basin floor host a very different, strongly ephemeral, plant community. Plant life is drastically limited in distribution to only the where the ghosts of the valley's past hydrology resided, such as dry riverbed channels, occasional floodways, and dark sink-trench walls.

The majority of basin flora persist through extreme subterranean dormancy. Their massive root crowns remain comatose beneath the baked sediments for years at a time until infrequent seasonal storms generate short living flash floods. In the ephemeral immediacy of these fierce inundations, the canyon floor penetrates in dense clusters of low, soft-stemmed plants eager to propagate their seeds prior to water retreat into the fractured bedrock. Owing to the frequent deposit of large rockfalls that would otherwise obliterate the canyon floor, these plants subsist on aggressive rootstock colonization that pushes their juvenile foliage through the thick blanket of debris in the ensuing seasons, orbiting the previous dens more progressively over time.

'''Seasonal Adaptations (Aridity and Wind Resistance)'''

In Adinea, evolution drives development of the most extreme drought tolerance, aerodynamic efficiency, and vertical isolation. In each elevation, extended dormancy, deep-root storage, and maximally effective moisture conservation are in use.

The physical form of the ecospere has been shaped and formed by the turbulent-air flow of the valley itself. The use of supple, easily aerated stems, low-based plant forms and the expanse of ingrained-root anchors such as concrete aid in the prevention of the plants being violently dislodged from the granite by the seasonal winds. From far away the plant cover of Adinea appears to be barren and seemingly necrotic-but this deception would appear to contradict the life that resides beneath: there is in actual fact a strong, deeply rooted network of bears and bioforms created to survive the toughest vertical environment in the Twilight Age.

== Animals ==

'''Summit Fauna (Pillar Crown Species)'''

The fauna of the summits (the apex species on the pillar crowns) represent some of the most specialized organisms anywhere. Each species is highly adapted to survival in an exposed environment where winds are ceaselessly gale force, conditions are searingly arid, and total isolation is a given. Summit species are always incredibly lightweight and aerodynamic, equipped with powerful, grappling feet and hook-shaped climbing claws. Each must possess excellent stereoscopic vision and an acute sense of spatial awareness, as one slip is the end. Resources are incredibly scarce in the summit environment, so the few apex predators are intensely territorial; individual families can claim and defend small networks of pillars for generations, picking off creatures attempting to pass at narrow chokepoints like fragile rock arches.

'''Cliff-Face Organisms (Lithic Fauna)'''

The deep canyons and vast, eroded cliffs of the Adinea Pillar Valley are home to a whole distinct group of cliff-dwelling, saxicolous creatures. These fauna can find scarce pockets of moisture and a few lithophytic plants deep within fissures, overhangs and eroded ledges that dot the canyon walls. To avoid being swept from the face by the powerful winds that scour the valley, lithic species have flattened body shapes and powerful, adhesive feet. They also achieve near-perfect camouflage with a variety of strikingly colorful, highly mineralized hides that mimic the iron-red, ochre, and jet-black strata of the bedrock. Most lithic fauna are strictly crepuscular, their narrow, deep fissures providing protection from both the thermal radiation of midday and the biting winds during the cool hours of dawn and dusk when they emerge.

'''Canyon Basin Fauna (Ravine and Talus Species)'''

In the lowest portions of the valley, the shadowed canyons and the deep ravines have the highest concentration of animal life. This environment is not exactly resource rich, but has reliable access to infrequent runoff. Fauna on the basin floor are geared towards stability and fast, efficient travel over rough ground. Basin grazers possess low centers of gravity and extremely broad, padded feet that distribute their weight over loose, unstable talus. Suddenly occurring flash floods in the region force basin animals to move, and every instinct is geared toward survival-animals immediately flee the riverbeds into the safety of cliff-face fissures. Immediately after a flood, the canyon floor is a place of frenzied feeding, as scavenger and migratory grazers descend from above to take advantage of ephemeral vegetation and stagnant water.

'''Behavioral Cycles (Sky-Island Isolation and Vertical Migration)'''

Animals in the Adinea Pillar Valley have behavior largely shaped by its utter lack of predictable seasons and their isolation from one another. The massive cliffs of Adinea act like the surfaces of oceans; the few small pockets of usable habitat existing in isolated networks on top of the pillars is "sky-island" separated from the other "islands." It is dangerous and energy-intensive for animal species to travel the distances between pillars, and as a result, populations are incredibly genetically and behaviorally isolated from each other. 

During the prolonged droughts, ecosystem functionality effectively ceases; animals retreat deep into the bedrock of their home fissures, and enter long periods of torpor where water is saved. Animal behavior only breaks out of these torpor states during the violent seasonal rainstorms; in these rare instances, the ecosystem explodes with an enormous temporary vertical migration of species from the cliffs and summits, to take advantage of the water before the basin dries up once more.

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