recursal/Fanatic-Fandom huggingface dataset:
Scapanorhynchus

Scapanorhynchus is a goblin shark from the Early-Late Cretaceous of the entire world. It was named in 1889 by Arthur Smith Woodward. It was very similar to the modern goblin shark, to the point where the two are sometimes suggested to be in the same genus; however, whether this is true or not is still up for debate.

## Physiology

As an extinct goblin shark, Scapanorhynchus resembled its modern relative, as it had a slender, flabby body, rounded pectoral (arm) and dorsal (back) fins, a mid-sized head with a long, flat protruding nose and large jaws, and a long, tapering, upwards-facing caudal (tail) fin. However, it had one difference that set it apart from its modern relative; its fins were longer and more pointed than those of the modern goblin shark. Its body would have been covered in scaly skin.

## Diet

Scapanorhynchus was a predator, preying on ray-finned fish, cephalopods, and crustaceans. Similarly to the modern goblin shark, its jaws were likely capable of extending forward to capture prey, while its nail-like teeth were used for holding it in place and tearing it apart.

## Ecology

Similarly to the modern goblin shark, Scapanorhynchus was likely a slow-moving ambush predator that lived near the seafloor. Its long, protruding snout was likely filled with many electroreceptors that would help it detect the movements of nearby aquatic prey; since it likely had poor eyesight, these electroreceptors would have served as its main way to spot prey. Once it detected small animals like fish or cephalopods, it would drift towards them with almost no motions in the water (thanks to its low-density flesh and oily liver giving it neutral buoyancy) before lunging towards them and extending its jaws forward, creating a small vacuum that sucked water particles and prey items into its mouth; it would then clamp its jaws down on its prey, using its nail-like teeth to tear it into smaller, more digestible chunks of flesh. However, Scapanorhynchus' caudal fin had a comparatively much longer upper lobe than that of the modern goblin shark, suggesting that it was likely an even slower swimmer; due to this, its feeding style was likely a way to compensate for its sluggish speed by allowing it to catch faster prey without having to chase it.
Confuciusornis

Confuciusornis is a confuciusornithid bird from the Early Cretaceous of China. It was named in 1995 by Hou Lianhai and his associates. It was one of the most unique Mesozoic birds to exist, as, in spite of its basal (primitive) affinities, it shared many traits in common with modern birds.

## Physiology

Confuciusornis looked a lot like modern birds, even more so than Iberomesornis. It had a small, sleek body, moderately long legs, a short tail, long wings, and an elongated head with a toothless beak. However, it still retained some primitive traits (such as claws on its wings); as well as this, it had two long, ribbon-like feathers branching off of its tail. Most of its body (excluding its beak and legs) would have been covered in long, vaned feathers; its body would have been dark grey or black in color, with white wingtips.

## Diet

Confuciusornis was a predator, feeding on insects and other small arthropods, and possibly subsisting on lizards as well. Its large beak was used to get a hold of insect prey, right before it was processed at the back of the mouth and swallowed.

## Ecology

Confuciusornis was once thought to be a very competent flier, based on its long wings, long flight feathers, short tail, bony sternum, and well-developed wing muscles; however, its sternum was very small, it lacked an alula (flight feathers that grow off the first finger and provide extra lift when landing), its thin tail feathers were not very useful for providing lift, and, similarly to Archaeopteryx, its arms couldn't raise themselves above horizontal position, meaning that it was not as good as flying as modern birds. However, many Confuciusornis individuals are found in large lake bottom sediments with no evidence of post-mortem transport, meaning that the birds would have been capable of powered flight to some degree (even being capable of flying over the lake surfaces like modern birds); with the highest angle they could raise their wings up to, they would have took to the air with a few flaps before transitioning into gliding. As well as this, Confuciusornis was once thought to be a piscivore that nabbed fish from the surface of the water, based on the discovery of stomach contents in one specimen; however, based on the fact that only one specimen has been found with fish (compared to the many other specimens found in the history of the genus), this is unlikely, and evidence of a bony rim just behind its eye sockets indicates that Confuciusornis may have been a more land-based predator, watching its prey from a perch before swooping down to the ground and grabbing it in its large beak (similarly to birds such as frogmouths and kingfishers). A comparison of its sclerotic rings to those of modern reptiles and birds indicates that it was diurnal.
標準版

「 帝國王政 」是一款手牌管理類型的微策略卡牌遊戲。

遊戲中，玩家將扮演一位國王、皇帝或是領導者，
而每位帝王都有不同的勝利條件，
玩家必須利用每位帝王特有的技能和各種卡片來達成勝利條件，
獲得勝利！

1. 扮演歷史上著名的國王：

每位玩家在遊戲中會扮演一位國王、皇帝或是領導者，
玩家或許能在遊戲過程中體會：
身為一國之君，就有著帝王的權利和義務！

▲帝國王政標準版 - 東方帝王與西方帝王

2. 卡片具有歷史意義：

「 帝國王政 」在遊戲內容上，用了許多歷史典故，
每一張卡片都是一段歷史故事、一段詩歌、或是偉人口中說出的一段話。

玩家可以藉由卡片來瞭解當時的時空背景，
除了能更深入遊戲體驗，還能藉由「 玩遊戲 」來學習歷史知識。

在玩「 帝國王政 」時，
您可以炫耀的說：「 哥玩的不是遊戲，是歷史！ 」

▲以鼓風爐製造兵器，象徵著戰事不斷

3. 具有真實意義的卡片：

遊戲中有一些特殊的卡片，
它們是真實存在或發生在古代的戰爭或城堡！

「 戰爭牌 」紀錄中古時期一些著名的戰役；「 城堡牌 」則是世界各地著名的城堡。

▲世界上著名的城堡

4. 遊戲多樣性：

「 帝國王政 」有 21 種共 108 張卡片、12 名分別擁有 3 項技能的帝王、
以及隨機洗牌所帶來的不確定性，
為此遊戲帶來無窮的變化性，
相同的組合卻有不同的玩法和結果，
讓每一次遊戲都帶給玩家全新的體驗。

▲每個帝王有不同的特性和技能，搭配不同的卡片和技能，更能出奇制勝

5. 未來擴充

「 帝國王政 」除了現有的帝王以外，
還有其他新的帝王、新的卡片和系列正在設計與規劃！

▲正在開發的其他擴充( 其實已經開發完成了！ )

「 帝國王政 」現在正開放預購當中！
只要填寫表單，就能進行預購！

詳細情形，可以在計畫進行頁面觀看製作進度、或前往表單預購！

▲點選圖片可前往表單預購

當然，或許您也會想預購：寶島傳奇

▲帝國王政 - 寶島傳奇

現在預購遊戲皆能享有「 無須退貨的無條件退費 」的機制！

```
 原作筆記：這是一個我首創的、很特別的退費機制！

 因為這款遊戲大多數的玩家都沒玩過，

 我也很清楚玩家會擔心買了( 預購 )卻沒想像中好玩，

 所以，為了保障玩家不會平白無故花錢買了( 預購 )這款遊戲，

 「 只要您預購這款遊戲，未來覺得不喜歡，我都可以無條件退費給您！ 」

 僅有一個小小條件請您配合：

 請您寫信至我的信箱： cardsandplayer@gmail.com

 告訴我 3 個您覺得不喜歡這款遊戲的原因，

 這樣我就會「 無條件退費 」給您；

 而這款遊戲您「 無須寄回給我 」，

 請您將這款遊戲以及其配件送給另一位您的朋友，

 就當作幫我推廣囉！

```

標準版遊戲卡牌總共有 12 位帝王和 108 張牌，下表為標準版的卡牌。

## 標準版 - 帝王牌

東方王

嬴政 ( STA - E - 001 )劉徹 ( STA - E - 002 )司馬衷 ( STA - E - 003 )李世民 ( STA - E - 004 )鐵木真 ( STA - E - 005 )織田信長 ( STA - E - 006 )
西方王

漢摩拉比 ( STA - W - 001 )所羅門王 ( STA - W - 002 )亞歷山大三世 ( STA - W - 003 )凱薩大帝 ( STA - W - 004 )阿提拉 ( STA - W - 005 )拿破崙 ( STA - W - 006 )
## 標準版 - 軍事牌

烽鼓不息 ( 軍事 - 政權 - 001 )神權政治 ( 軍事 - 宗教 - 002 )橫賦暴斂 ( 軍事 - 財富 - 003 )
## 標準版 - 戰術牌

合縱連橫 ( 戰術 - 001 )在商言商 ( 戰術 - 002 )走為上策 ( 戰術 - 003 )安息戰術 ( 戰術 - 004 )遠交近攻 ( 戰術 - 005 )巧取豪奪 ( 戰術 - 006 )
## 標準版 - 王國建設牌

封地 ( 王國 - 建設 - 001 )農家 ( 王國 - 建設 - 002 )砲臺 ( 王國 - 建設 - 003 )城牆 ( 王國 - 建設 - 004 )港口 ( 王國 - 建設 - 005 )市場 ( 王國 - 建設 - 006 )
## 標準版 - 王國城堡牌

君士坦丁堡 ( 王國 - 城堡 - 001 )大阪城 ( 王國 - 城堡 - 002 )瓦爾特堡 ( 王國 - 城堡 - 003 )克里姆林宮 ( 王國 - 城堡 - 004 )聖米歇爾山城堡
 ( 王國 - 城堡 - 005 )紫禁城 ( 王國 - 城堡 - 006 )
柯批

## **超北市長 - 柯批**

帝王：柯批

稱號：超北市長

在位年份：CE.2014

編號：SPE - T - 012

## **白色力量**

**主動 - 控制：**< 開始階段；執行 1 次 >
你可以花費 2 張「 手牌 」並指定任意兩名王；
你可以讓該些王往其「 政權勝利條件 」的方向獲得 / 失去 1 點「 政權 」。

若上述兩名王皆同時獲得 / 失去「 政權 」，你可以額外獲得 1 點「 政權 」。

**主動 - 獲取：**< 征服階段；執行 N 次 >
你可以花費 3 點「 政權 」來提升 1 點「 貿易值 」。

**被動 - 強化：**
你拆除「 違建 」只需要花費 1 點「 財富 」。

* 違建

卡牌效果：[ 建造、常駐 ]常駐擁有 1 點額外貿易值。
　　　　　[ 特殊 ]其他王的<征服階段>可以花費 3 點財富來拆除此牌。
備註：詳細說明請參考違建。

```
 我改變不了四季的變化，只能盡力讓其盡善盡美。

```

```
 和我一起重新定義政治！

```

## **一日雙城**

**被動 - 獲取：**
當你在同一個回合中建造「 王國牌 」時，
每建造 2 張「 王國牌 」，在該牌結算後，你可以立即將你的「 手牌 」補至「 貿易值 」上限。

```
 我有個夢想要完成，就是從臺灣最北端騎到最南端。

```

```
 我要找回臺灣人民的信心！

```

## **臺大手術室**

**被動 - 控制：**
當你打出 1 張「 戰術牌 」時，在該牌結算後，
你可以分別讓「 所有受到影響的王 」各自棄置 1 張「 手牌 」、再重新抽 2 張牌。

若此技能的目標為其他王，在此技能結算後，每一名「 受影響的其他王 」可以讓你獲得 2 點「 財富 」。

```
 不要踐踏醫護人員的清白，因為他們救過你一命！

```

```
 醫生可以是生命花園的園丁，讓人在生老病死之間活得燦爛一些。

```

## **技能詳解**

* **白色力量**

　　　「 白色力量(1) 」詳解？

　　　「 白色力量 」的效果是兩名王往其「 政權勝利條件 」的方向獲得 / 失去 1 點「 政權 」。
　　　例如：當該王的「 政權多於其政權勝利條件 」時，該王會失去 1 點「 政權 」；
　　　反之，當該王的「 政權少於其政權勝利條件 」時，該王會獲得 1 點「 政權 」。

　　　可以對自己發動「 白色力量(1) 」嗎？

　　　可以；任意兩名王可以包含自己。

　　　若目標王的「 政權等同其政權勝利條件 」，該怎麼結算？

　　　不變；若目標王的「 政權等同其政權勝利條件 」，則該王不會獲得 / 失去「 政權 」。

* **一日雙城**

　　　若我的回合中建造超過四張「 王國牌 」，我可以發動 2 次「 一日雙城 」嗎？

　　　可以；每建造 2 張「 王國牌 」，在第二張「 王國牌 」結算後，就能發動「 一日雙城 」。

* **臺大手術室**

　　　如果自己也是「 受到影響的王 」之一，可以對自己發動「 臺大手術室 」嗎？

　　　可以；此時你自行棄置 1 張「 手牌 」、再重新抽 2 張牌；
　　　但因為你不是其他王，所以無法獲得 2 點「 財富 」。

　　　發動「 臺大手術室 」時，棄置的牌是由我決定嗎？

　　　不是；「 所有受到影響的王 」各自棄置 1 張「 手牌 」，所以是由目標王自行棄置。

　　　如果「 受到影響的王 」有好幾名，我可以選擇只對其中幾名王發動「 臺大手術室 」嗎？

　　　可以；由你自由選擇。
Proterogyrinus

Proterogyrinus is a proterogyrinid anthracosaurian amphibian from the Mississippian-Pennsylvanian of the United States of America and the United Kingdom. It was named in 1970 by Alfred Romer. It was a truly big anthracosaurian amphibian, and it was one of the intermediates between amphibians and reptiles.

## Physiology

Proterogyrinus had a build that reflected its relations and evolution. It was a lizard-like animal with 4 legs, a long, broad, fin-less tail, a broad body, and a long head with big jaws. Its body would have been covered in scaly skin.

## Diet

Proterogyrinus was a predator, preying on fish, mid-sized arthropods, reptiles, and smaller amphibians. Its jaws had sharp teeth designed for catching large animals, as well as for crushing them.

## Ecology

Most amphibians were capable of both swimming in water and crawling onto land; Proterogyrinus would have complimented this ability, thanks to a few anatomical features. For aquatic movement, its broad tail would have provided efficient power for swimming in the water. For terrestrial movement, it had strong limbs with fully ossified ankle and wrist bones, and its feet had an increased number of toe bones, allowing for more grace on land than any other amphibian; both of those featured allowed Proterogyrinus to quickly clamber onto land in order to escape aquatic predators like Rhizodus. Despite all of its abilities on land, the structure of its ears would have worked best in water, which suggests that the amphibian would have hunted in the water.

## In popular culture

Proterogyrinus was featured in the 2nd episode of the 2005 documentary *Walking with Monsters*, where it battles an Arthropleura and kills it by flipping it onto a sharp stump. As well as this, it was shown as jumping out of the water to hunt aerial predators such as Meganeura, similar to modern alligators.
Saurophaganax

Saurophaganax is an allosaurid theropod dinosaur from the Late Jurassic of the United States of America. It was named in 1995 by Daniel Chure. It was the biggest theropod to walk the Earth during the Jurassic, and it was once called "*Saurophagus*" (right before being renamed to Saurophaganax due to "Saurophagus" already being occupied by a now-defunct genus of tyrant flycatcher).

## Physiology

Like its cousin, Allosaurus, Saurophaganax was a theropod with a semi-bulky body, a long tail, long arms with 3 fingers on each hand, a large head with a mouth containing lots of big teeth, and a pair of horn-like crests atop its head. Its body would have been covered in scaly skin.

## Diet

Saurophaganax was a predator, preying on ornithopods, large sauropods, stegosaurians, small crocodylomorphs, small pterosaurs, and smaller theropods. Its teeth had knife-like serrations from back to back, and were used to slice off pieces of flesh from the bodies of large prey.

## Ecology

So far, all we know about Saurophaganax is that in order to hunt, it would rush at a large herbivore, bite a large chunk of flesh off its body with its jaws, and let it attempt to flee, as the great amount of blood loss would soon weaken it and allow the theropod to finish it off with a fatal bite; as well as this, when dealing with prey over 4 tonnes, it would have formed small gangs, which would then hunt together to bring down their prey.

## In popular culture

Saurophaganax was featured in the 4th episode of the 2011 documentary *Planet Dinosaur*. In this episode, it is attracted to a Camptosaurus carcass that was freshly-killed by an Allosaurus, and goes on to bully its smaller relative off the corpse before taking it as its own.
Nigersaurus

Nigersaurus is a rebbachisaurid sauropod sauropodomorph dinosaur from the Early Cretaceous of Niger. It was named in 1999 by Paul Sereno and his associates. It was one of the most specialized sauropods to exist, as well as one of the most common.

## Physiology

Like its relatively close cousin Diplodocus, Nigersaurus was a sauropod with a bulky body, 4 large, erect, pillar-like legs (with one large claw on each hand and 3 clawed toes on each foot), and an extremely long, whip-like tail. However, it also differed from Diplodocus in a few different ways, as its neck was shorter than those of most other sauropods. Most notable of them all was its head, which was shaped differently from those of other sauropods; unlike any other jawed vertebrate, some of its jaw bones were rotated horizontally relative to the rest of its skull, giving it a downturned snout wider than most others and causing its teeth to be located far at the front of its skull. Its body would have been covered in scaly skin.

## Diet

Nigersaurus was an herbivore, feeding on ferns, horsetails, and flowering plants. Its wide snout and laterally-oriented teeth allowed it to shear low-growing vegetation, and since its neck was shorter than those of most other sauropods, it would have had a shorter reach than them as well.

## Ecology

Due to Nigersaurus' short neck, it was not as effective as a high-level browser as other sauropods, and mostly ate low-growing plants, using its wide snout to gather and shear as much food as possible; due to how weak its jaw muscles were, it would not have had a strong bite, and would have mainly fed on soft vegetation such as ferns or horsetails. Along with this, its eyes were placed further towards the top of its skull than those of other sauropods, giving it a 360° field of vision; as it mainly held its head at a downwards angle with its mouth facing towards the ground at all times, this adaptation was important, as it would've given it a better ability to spot predators from any direction. Most of all, its bones were extremely hollow (much more so than those of other sauropods), making its body less dense along with decreasing its body temperature and the amount of muscle power needed to move its body; this would have allowed it to cope with the high temperatures of its tropical habitat, and, according to some researchers, may be the reason why it and other rebbachisaurids survived into the Late Cretaceous while the diplodocids and dicraeosaurids did not. In all, Nigersaurus was the culmination of a slow and steady evolution of a low-level browsing sauropod that happened over the course of 59 million years.
Suchomimus

Suchomimus is a spinosaurid theropod dinosaur from the Early Cretaceous of Niger. It was named in 1998 by Paul Sereno. It was one of the biggest theropods of the Early Cretaceous, and its discovery helped paleontologists gain a better understanding of the spinosaur family.

## Physiology

Like its close relative Baryonyx, Suchomimus was a theropod with a semi-bulky body, webbed feet, moderately long legs, a long tail, moderately long arms with 3, long-clawed fingers on each hand, a moderately long neck, and a long head with large, notched jaws and small, conical teeth. As well as this, it had a small, angular hump on its back. Its body would have been covered in scaly skin.

## Diet

Suchomimus was a predator, preying on sharks, gars, rays, small crocodylomorphs, small ornithischians, and smaller theropods. Its conical teeth were used for getting a hold of struggling prey while its large claws were used for ripping them apart, and a notch in its upper jaw would have helped in capturing them as well.

## Ecology

Like all other spinosaurids, Suchomimus was primarily piscivorous, swimming through its riverine habitat in search of prey in a similar manner to modern crocodiles; upon spotting potential prey, the dinosaur would snag it in its notched, toothy jaws and, depending on how big the prey item was, either swallow it headfirst or use its curved claws to slice it into smaller, more easily edible chunks of flesh. However, isotope studies show that it would have occasionally fed on terrestrial ornithopod dinosaurs like Ouranosaurus, much like how Baryonyx, its smaller relative, is known to have eaten juvenile Iguanodon from time to time. This primarily piscivorous lifestyle was a great contrast to the terrestrial theropod predators that lived with it (which typically preyed on larger sauropods such as Nigersaurus, but also occasionally ate Ouranosaurus and even fish), as well as the large, similarly semiaquatic crocodylomorph Sarcosuchus (which mainly fed on Ouranosaurus, but also incorporated fish into its diet). As well as this, the function of the hump on Suchomimus' back remains open to debate; as was the case with many other sail-backed and hump-backed prehistoric animals, the most prevalent theory at the time was that it was used to regulate its body temperature, although possible other theories include being used for display or for being used to store fat so that the dinosaur could survive harsh dry seasons (so far the most likely theory).
Astraspis

Astraspis is an astraspid astraspidiform jawless fish from the Middle Ordovician-Llandovery of North America, Canada, and Bolivia. It was named in 1982 by Charles Doolittle Walcott. It was one of the many jawless fishes to swim in the Ordovician seas, which were advanced at the time.

## Physiology

Astraspis represented the generic jawless fish, a fish with a mobile tail and a large, oval-shaped body. It had eyes positioned on the side of its head, 8 gills on each side of its body, and bony plates on the animal's head with star-shaped projections protruding from them (hence the meaning of its name, "star shield"). Its body would have been covered in scaly skin, with bony plates covering most of it.

## Diet

Astraspis was a detritivore, sucking up pieces of organic debris suspended in the water. Its small, toothless mouth would have been used to filter detritus from the water.

## In popular culture

Astraspis was featured in the 1st episode of the 2003 documentary *Chased by Sea Monsters*, where Nigel Marven, the explorer of the prehistoric seas, uses a dead individual as bait for the large eurypterid, Megalograptus.
尼布甲尼撒二世

## **皇冠的繼承者 - 尼布甲尼撒二世**

帝王：尼布甲尼撒二世

稱號：皇冠的繼承者

在位年份：BCE.605

編號：FAM - W - 008

## **A - 空中花園**

**建造 - 強化：**遊戲一開始，你擁有一張「 空中花園 」。

**主動 - 強化：**你可以花費「 政權、宗教和財富 」各 1 點來升級 1 層「 空中花園 」階層。

* 空中花園

目前擁有 1 階層
**被動 - 獲取：**計算你「 空中花園 」的階層數量，每擁有 1 階「 空中花園 」，
　　　　　　視為擁有 1 點「 額外徵稅值 」。
**被動 - 獲取：**計算你「 空中花園 」的階層數量，每擁有 2 階「 空中花園 」，
　　　　　　視為擁有 1 點「 永久王國點 」。
**主動 - 防禦：**當你擁有「 入獄狀態 」時，回合開始階段可執行一次；
　　　　　　你可以花費 1 階「 空中花園 」的階層數量來解除所有的「 入獄狀態 」

```
 我的王妃，只管待在花園中，別再眺望遠方了！

```

## **A - 巴比倫之囚**

**被動 - 干擾：**當你獲得「 入獄狀態 」時，你可以指定任意一名其他王，該王立即獲得「 3 點入獄狀態 」。

選擇：當任一名其他王獲得「 入獄狀態 」時，你可以立即選擇：

**選擇 - 干擾：** 1. 花費 3 張牌，使該王再獲得「 3 點入獄狀態 」；

**選擇 - 輔助：** 2. 從該王手中奪取 3 張牌，使該王解除「 3 點入獄狀態 」。

```
 痛苦嗎？這就是背叛本王的下場！

```

## **B - 空中花園**

**建造 - 強化：**遊戲一開始，你擁有一張「 空中花園 」。

**主動 - 強化：**你可以花費「 政權、宗教和財富 」各 1 點來升級 1 層「 空中花園 」階層。

* 空中花園

目前擁有 1 階層
**被動 - 獲取：**計算你「 空中花園 」的階層數量，每擁有 1 階「 空中花園 」，
　　　　　　視為擁有 1 點「 額外徵稅值 」。
**被動 - 獲取：**計算你「 空中花園 」的階層數量，每擁有 2 階「 空中花園 」，
　　　　　　視為擁有 1 點「 永久王國點 」。
**主動 - 防禦：**當你擁有「 入獄狀態 」時，回合開始階段可執行一次；
　　　　　　你可以花費 1 階「 空中花園 」的階層數量來解除所有的「 入獄狀態 」

```
 我的王妃，只管待在花園中，別再眺望遠方了！

```

## **B - 巴別通天塔**

**特殊 - 累積：**當你的「 王國點 」達到 12 點時，視為你單獨勝利。

選擇：當你獲得 1 點「 王國點 」時，你可以指定任一名其他王並選擇：

**選擇 - 輔助：** 1. 用 1 點「 政權 」與該王交換 1 點「 宗教 」；

**選擇 - 輔助：** 2. 用 1 點「 宗教 」與該王交換 1 點「 政權 」。

```
 這座通向天際的塔，足以讓本王進入神的領域！

```

## **技能詳解**

* **空中花園**

Q ：「 空中花園 」最多可以升級幾層？
A ：原則上沒有限制，但如果達到「 巴別通天塔 」的勝利條件，就會獲得勝利。

* **巴比倫之囚**

Q ：發動「 巴比倫之囚 」的被動、選擇技的第 1 項，可以和其他技能王的做搭配嗎？
A ：可以；帝辛可以因此獲得牌、希特勒可以再延長「 2 點入獄狀態 」、史達林可以因此獲得「 政權 」。

* **巴別通天塔**

Q ：如果擁有 12 點「 王國點 」，可以不發動「 巴別通天塔 」嗎？
A ：不行；達成此勝利條件即強制視為獲勝。

Q ：發動「 巴別通天塔 」，對目標王算不算是負面效果？
A ：不算，「 巴別通天塔 」屬於輔助技能，不算是負面效果。

Q ：如果目標王沒有「 政權 」或「 宗教 」，我還可以對該王發動「 巴別通天塔 」嗎？
A ：不行；交換的條件是雙方皆必須擁有對應參數，只要有一方沒有對應參數就不符合發動條件。
Longirostria

Longirostria is an ophthalmosaurid ichthyosaurian reptile from the Early-Late Cretaceous of Australia. It was officially named in 1998 by Maxim S. Archangelsky. It was one of the last ichthyosaurs to survive in the Mesozoic. As well as this, it was once thought to be a species of Ichthyosaurus before being reclassified as a species of the now-dubious ichthyosaur genus "*Platypterygius*"; now, it is considered to be its own genus.

## Physiology

Longirostria was an ichthyosaur with a sleek, streamlined body, 4 flippers, a long tail with a shark-like fin on its end, a large fin on its back, a conical head with large jaws, and small eyes on the sides of its head. Its body would have been covered in scaly skin.

## Diet

Longirostria was a predator, preying on plesiosaurs and turtles by crushing their bodies with its sturdy and heavily-built teeth. One specimen was reported with unique stomach contents, and it is speculated that some individuals were bold enough to jump out of the water and catch primitive seabirds passing by.

## Ecology

The most interesting thing to note about Longirostria is that, unlike earlier Cretaceous ichthyosaurs and much like those closer to its time, it specialized in preying on larger animals. While earlier ichthyosaurs had a streamlined body plan and long flippers for pursuing fast prey like fish and cephalopods and thin and pointy teeth for snagging prey, Longirostria had a bulkier build and shorter flippers for chasing and overpowering more heavyweight prey such as marine reptiles, which it would then crush with their sturdy and robust teeth; in fact, it is known to have had preyed on passing seabirds on time to time. Another interesting thing to note about Longirostria is that it gave live birth; babies were expelled from their mother's womb head-first in order to prevent any risk of drowning. A CAT scan on the fossilized bones of a juvenile Longirostria has led everyone to believe that it was most likely deaf, mainly because their ear bones were too thick to detect noise vibrations and set too deep in their skull; these CAT scans also showed that it had a sensitive snout, which most likely served a similar purpose to the lateral line of a shark.
Scaphognathus

Scaphognathus is a rhamphorhynchid pterosaurian reptile from the Late Jurassic of Germany. It was officially named in 1861 by Johann Andreas Wagner. It was a somewhat unique rhamphorhynchid, and was thought to be either a species of Pterodactylus or Rhamphorhynchus before being found to be its own genus; as well as this, it once had the names of "*Brachytrahelus*" and "*Pachyrhamphus*", right before being renamed to Scaphognathus (due to "Brachytrahelus" and "Pachyrhamphus" already being occupied by a short-nosed weevil and a becard respectively).

## Physiology

Scaphognathus somewhat resembled its semi-close cousin, Rhamphorhynchus; it was a primitive pterosaur with 4 legs (two of which served as wings), 3 regular fingers on each hand (joined by an elongated 4th finger which supports the wing membrane), a small body, a long tail with a diamond-shaped vane on its end, and a mid-sized head with a toothy beak. However, it differed from Rhamphorhynchus in one notable way; whereas Rhamphorhynchus had a relatively long, pointed beak and a plainly simple head, Scaphognathus had a shorter, blunter beak and a crest atop its head. Most of its body (excluding its beak, crest, and wings) would have been covered in a fur-like covering called pycnofibers.

## Diet

Scaphognathus was an omnivore, feeding mainly on insects and lizards, but also feeding on ferns and leaves. Its teeth were large and pointy, and were used to get a hold of struggling prey, but were also good at processing plant matter.

## Ecology

Unlike other rhamphorhynchids, Scaphognathus was a generalistic feeder, feeding on both plant and animal matter alike. Often times, it would hunt small animals, pouncing upon them and using its pointy teeth to make short work of them (as opposed to nabbing them with its jaws while flying around in the air); however, it would also use its toothy jaws to grind up leaves from the small shrubs found in its arid, lagunar habitat. As well as this, it had a large crest atop its head, used for display; whether it was used for attracting mates or for recognition by other members of its species is unknown. A comparison of its sclerotic rings to those of modern reptiles and birds indicates that it was diurnal; this sort of lifestyle benefitted the animal, as it would avoid competition with Anurognathus, a fellow insect-eating pterosaur that preferred to hunt during twilight hours.
零的轉移

## **零的轉移**

卡牌類型：戰術牌

卡牌編號：戰術 - 018

打出時機：征服階段時

卡牌屬性一：正面效果：獲得資源( 對第二名目標王 )
　　　　　　中性效果：控制 - 強制獲得資源( 對第二名目標王 )
　　　　　　負面效果：干擾 - 失去資源( 對第一名目標王 )

卡牌效果：

　　　[ 征服、打出 ]你可以將任意一名王的任意 1 點資源轉移給任意一名王。
　　　打出後，你可以對目標王說：

　　　　　　**「 我來幫你斷開鎖鏈、斷它一切的牽連！ 」**

```
 這是一個零的轉移！

    - 寶島‧鎂江姐

```

## **卡牌能力詳解**

* **零的轉移**

　　　我可以將自己的任意 1 點資源轉移給自己嗎？

　　　可以；任意一名王包括自己。

　　　目標王可以發動「 獲得類技能 」嗎？

　　　可以；「 零的轉移 」的結算方式為：
　　　1. 你第一位指定的王失去 1 點資源
　　　2. 你第二位指定的王獲得該資源
Eryops

Eryops is an eryopid temnospondyl amphibian from the Pennsylvanian-Cisuralian of the United States of America. It was named in 1877 by Edward Drinker Cope. It is one of the most greatly represented temnospondyls, and by extension, one of the most greatly represented Paleozoic carnivores.

## Physiology

Eryops resembled the generic temnospondyl. It was an amphibian with 4 legs, a moderately-sized tail, a bulky body, a big, semi-flat head with big jaws, and eyes on the top of its head. Its body would have been covered in bumpy, scaly skin.

## Diet

Eryops was a predator, feeding on fish and smaller amphibians. Behind its huge jaws, it had 3 pairs of recurving fangs as well as lots of backwards-pointing bony projections, mainly for capturing prey and ensuring it did not escape.

## Ecology

Eryops was one of the more formidable predators in the Permian rivers and swamps, possibly being more than capable of competing with synapsids such as Dimetrodon. However, despite its amphibian classification, it was more adapted to land, as its torso was stiff, its tail was stout, and the structure of its ears would have worked best out of water. As well as this, it was not able to chew, and so, whenever it caught a fish or small amphibian, it would grasp it and thrust forward, further pushing it into its throat. An interesting thing to note is that it would have had experienced growth stages similar to many other temnospondyls, slowly growing from aquatic juveniles, but not undergoing drastic body changes.
Platyhystrix

Platyhystrix is a dissorophid temnospondyl amphibian from the Pennsylvanian-Cisuralian of the United States of America. It was named in 1910 by Ermine Cowles Case. It was a strange and unique amphibian, having characteristics of amphibians, reptiles, and early synapsids.

## Physiology

Platyhystrix had a regular temnospondyl build, with 4 legs, a moderately-sized tail, a bulky body, and a big head with big jaws. However, like most pelycosaur synapsids, and unlike most other temnospondyl amphibians, it had a large sail on its back. Its body would have been covered in scaly skin, with a few scutes on its back.

## Diet

Platyhystrix was a predator, preying on insects, small fish, and smaller amphibians. Its teeth were small yet sharp, and were used to get a hold of struggling prey as the amphibian swallowed them whole.

## Ecology

So far, all we know about Platyhystrix is that it had a large sail used for thermoregulation, it lived on land, and the scutes on its back were used for stopping predators such as Eryops from effortlessly biting into it.
Ceratosaurus

Profile view of Ceratosaurus nasicornis

Ceratosaurus is a ceratosaurid theropod dinosaur from the Late Jurassic of the United States of America and Portugal. It was named in 1884 by Othniel Charles Marsh. It is one of the more well-known Jurassic dinosaurs of the Western United States, notable for the large, horn-like crests atop its head.

## Physiology

Ceratosaurus was a theropod with a stout body, moderately long legs, a long, laterally-flattened tail, short arms with 3 fingers on each hand, and a big head with large jaws. Perhaps the most defining traits of Ceratosaurus were the 3 large, horn-like crests atop its head (two of them were above the eyes, while the other was on top of its nose). Its body would have been covered in scaly skin, with a row of osteoderms running down its back.

## Diet

Ceratosaurus was a predator, preying on ornithopods, small sauropods, stegosaurians, small ankylosaurs, small crocodylomorphs, and smaller theropods. Its teeth had knife-like serrations from back to back, and were used to cut into the hides of large prey.

## Ecology

The use of the horn-like crests atop Ceratosaurus' head has been open to debate for a long time, with a prevalent theory being that its nasal crest was used as a weapon against predators and prey alike; however, this theory no longer holds up (especially since other theropods such as Dilophosaurus and Guanlong have large crests that do not serve as weapons), and the most widely-accepted theory is that it was used for display (whether it was used for attracting mates or for recognition by other members of its species is unknown). Another unique trait of Ceratosaurus is the row of osteoderms running down its back; it is very likely that they evolved for defensive purposes (like they do in most cases), as larger theropods like Allosaurus would have a harder time biting into armored hide rather than regular scales. As well as this, Ceratosaurus had a long, flexible body and a laterally-flattened tail (similar to that of a crocodile); this has caused people to speculate that it lived a lot like a crocodile, swimming around in large bodies of water and feeding on aquatic prey. Even if this theory is partially baseless, it would be assumed that Ceratosaurus occupied an ecological niche different from that of its larger counterparts, as it was too small to prey on gigantic herbivores such as Brontosaurus.

## In popular culture

Ceratosaurus was first introduced to the public in the 1914 silent film *Brute Force*, where it tries to eat a tribe of cave people that reside in the prehistoric times. Since then, it has appeared in major pieces of media such as *Fantasia*, *One Million Years B.C*, and *Jurassic Park*; in most of those pieces of media, it is depicted in a similar manner to Allosaurus and Tyrannosaurus, being a terrible, hungry brute willing to chase prey for miles in fantasy films, and behaving more realistically in documentaries. Due to the sudden emergence of Carnotaurus in popular culture, Ceratosaurus has started to suffer a fall from grace, slowly becoming just as unpopular as dinosaurs such as Megalosaurus.
Scutosaurus

Scutosaurus is a pareiasaurid procolonomorph reptile from the Lopingian of Russia. It was officially named in 1930 by Hartmann-Weinberg. It was the largest pareiasaur to exist, as well as one of the last ones to exist.

## Physiology

Scutosaurus had the generic pareiasaur build, with 4 stout legs, a short tail, a broad, bulky body, and a relatively small head. However, unlike other pareiasaurs, which walked with a sprawling gait, it walked with an erect gait. Its body would have been covered in scaly skin, with crocodile-like scutes running down its back and lying in some other places of its body.

## Diet

Scutosaurus was an herbivore, feeding on leaves. Its leaf-shaped teeth were used to process vegetation; behind its jaws, it had a second set of teeth for processing them even further.

## Ecology

As a pareiasaur, Scutosaurus would have been a slow, clumsy, and mostly harmless animal, relying on its hard body armor to protect itself from predators like Inostrancevia; in addition to its armored hide, it also had a thick skeleton and strong neck muscles. As well as this, it walked at a more erect gait than most pareiasaurs; however, it would have been a slow runner, as its bulk would have impeded its movement. As a desert animal, Scutosaurus had to wander a lot in order to find large bodies of water with plenty of fresh plant life to eat; in addition to this, it would have either lived a solitary lifestyle or moved in small herds in order to not completely strip plants of their leaves. Finally, Scutosaurus babies had an initially very quick growth rate that tapered off after they reached 75% of their full size; this sudden change in growth rate could have possibly signaled sexual maturity.

## In popular culture

Scutosaurus was featured in the 3rd episode of the 2005 documentary *Walking with Monsters*, where an old male individual gets killed by an Inostrancevia. As well as this, it is depicted as living in large herds and carelessly consuming everything that it is able to eat; this functions as a detriment to all the other desert denizens.
Mosasaurus

### Location

Netherlands, France, United States of America, Morocco, Syria (possibly New Zealand and Japan)

### Diet

Carnivore

Mosasaurus is a mosasaurid squamate reptile from the Late Cretaceous of the Netherlands, France, the United States of America, Morocco, Syria, and possibly New Zealand and Japan. It was named in 1829 by Gideon Mantell. It was one of the first marine reptiles (nicknamed antediluvian reptiles at the time) known to science, and was confused for being either a fish, a crocodile, or sperm whale, right before people discovered that it was a marine reptile. Like the earliest discovered Mesozoic animals, it was a wastebasket taxon.

## Physiology

Mosasaurus resembled a flippered crocodile. It had an elongated, streamlined body, 4 flippers, (likely) a long tail with a shark-like fin on its end, and a long, conical head with a mouth containing 2 rows of massive, conical teeth. Its body would have been covered in scaly skin.

## Diet

Mosasaurus was a predator, preying on fish, cephalopods, turtles, diving birds, plesiosaurs, pterosaurs, and smaller mosasaurs. Its teeth had knife-like serrations from front to back, and were used to cut into the hides of large prey; as well as this, behind its huge jaws, it had a second set of teeth, mainly for capturing prey and ensuring it did not escape.

## Ecology

Mosasaurus almost never scavenged carcasses, due to poor olfactory senses. As well as this, it swam near the surface, waiting for marine reptiles or diving birds to come up to take a breath of fresh air, right before launching a surprise ramming attack on them. This attack was able to either kill prey, or maim them so the mosasaur could stalk them until they exhausted. Due to being an epipelagic apex predator, it did not dive down into deeper waters.

## In popular culture

Mosasaurus was one of the 1st Mesozoic animals discovered, so it was featured in Crystal Palace Park (a pleasure ground in London) as a giant, iguana-like squamate, alongside Iguanodon (depicted as a horned dragon), Megalosaurus (also depicted as a dragon), Pterodactylus, Plesiosaurus, and Ichthyosaurus. However, for most of its publicity, it was overshadowed by another large marine lizard, Tylosaurus. So far, Mosasaurus's biggest public appearance was in the 2015 science fiction movie, *Jurassic World*, where it was featured as a major anti-hero, responsible for killing the deranged hybrid dinosaur, *Indominus rex*; as well as this, it was oversized (albeit not as much as the Liopleurodon in *Walking with Dinosaurs*).
Tuojiangosaurus

Tuojiangosaurus is a stegosaurid stegosaurian thyreophoran dinosaur from the Late Jurassic of China. It was named in 1977 by Dong Zhiming and his associates. It is considered to be an intermediate between primitive and advanced stegosaurians, as well as one of the better-understood Chinese stegosaurians.

## Physiology

Tuojiangosaurus resembled its close relative, Stegosaurus; it was a round-bodied, robust thyreophoran with 4 erect legs, a relatively long neck, a large thagomizer on its tail, a row of keratinous plates running down its back, and a small head with a beaked mouth. However, it was unique in the sense that the plates on its back were shaped like large spikes, as opposed to the diamond-shaped plates boasted by Stegosaurus. Its body would have been covered in scaly skin.

## Diet

Tuojiangosaurus was an herbivore, feeding on soft vegetation. Its small, flat teeth were used to shred leaves, as well as to chew on soft food.

## Ecology

So far, all we know about Tuojiangosaurus is that it was a browser of low-growing vegetation, the large plates on its back were used for recognition by other members of its species, and the large thagomizer on its tail was used as a weapon against predators like Sinraptor.
Endoceras

This article is in need of updating.It contains info that may no longer be accurate, and will be revised to be more in line with modern research.

## Other Attributes

### Physical Dimensions

5.7 meters long for *Endoceras giganteum*

### Diet

Carnivore

Endoceras is an endoceratid endoceridan cephalopod mollusk from the Middle-Late Ordovician of the entire world. It was named in 1847 by James Hall. It was on par with the orthoceridan mollusk Orthoceras in terms of distribution, and it was one of the largest orthoconic cephalopods.

## Physiology

Like its cousin, Cameroceras, Endoceras had the generic orthoconic cephalopod body plan. It was a squid-like mollusk with tentacles long enough to capture food, a small mouth hiding between the circular row of tentacles, and a large, straight shell. Its body would have been covered in smooth skin, and mostly covered by its hard shell.

## Diet

Endoceras was a planktivore, sucking up colonies of plankton drifting through the water. Its tentacles would have been used to trap plankton, while its mouth would suck them up.

## Ecology

Endoceras was near the top of the food chain, as it would have been immune to predation from Megalograptus; the only cephalopod that could be higher than it on the food chain would have been Cameroceras. Endoceras was once thought to be a large nektobenthic ambush predator, grabbing any unsuspecting fish, trilobites, eurypterids, and smaller cephalopods with its tentacles before killing them with a bite from its hard beak. However, no evidence of a hard beak has been found, and it is likely that its huge, straightened shell would have impeded its movement, proving to be inefficient when hunting free-swimming prey. Now, it is theorized that it swam near the surface and fed on plankton, possibly using its tentacles to trap plankton before sucking it up with its mouth.
Scary Movie

Title
 Air date
 Previous

**Scary Movie** is the fifteenth episode of Season 2 and the 35th episode of the series.

## Plot

Bridget gets scared by a horror film about zombies, which their mom has told them not to see, Bridget starts to pile furniture against the house door in the lobby when she's sleepwalking.

London pretends to be poor to impress Travis.

## Characters

* Cate Hennessy
* Bridget Hennessy
* Kerry Hennessy
* London Tipton
* Hayley Smith
* Stewie Griffin
* Francine Smith
* Kyle
* Ethan Craft
* Travis Smith
* Milton

## Quotes

* **Bridget:** Mom, have a seat.
	+ **Cate:** *(laughs)* Am I in trouble?
	+ **Bridget:** *(seriously)* Yes.

* **Bridget:** *(as she is sleepwalking)* Must stop zombies.
	+ **Cate:** *(to Kerry)* Did he just say zombie?
	+ **Kerry:** No! She said... *(turns around)* dombie, mombie, combie, fombie. I got nothing.

* **Bridget:** Stewie's not a morning person.
	+ **Kerry:** Or afternoon.
	+ **Cate:** I remember one evening at 9:12, he was kind of nice.

* **Hayley:** *(to London)* So you're going to pretend to be poor? I bet you'll never pull that off.
	+ **London:** Bet I can!
	+ **Hayley:** Ha, you're on! *(she and London shake hands)*
	+ **London:** It'll be easy. I'll just wear bad clothes, ugly shoes and cheap makeup. Like you!

* **London:** I can't believe I got detention again!
	+ **Hayley:** I can't believe you landed your helicopter on the front steps of the school. The downdraft turned Sister Dominick into an actual flying nun!

* **Bridget:** Why's your face green? And do you have a craving for human flesh?
	+ **Cate:** It's a face mask! And do I have a what for a *what*?

* **Cate:** *(sleeping when Stewie opens the door)* Come on in, Mr. Clooney.
	+ **Stewie:** It's not Mr. Clooney, it's Stewie Griffin.
	+ **Cate:** Then go away!
	+ **Stewie:** *(enters the room)* hey Cate, wake up, I need to see your smart ass and dumb ass hooligans.
	+ **Cate**: *(yelling to Bridget and Kerry)* HOOLIGANS! IT'S FOR YOU!
Leptolepis

Leptolepis is a leptolepid leptolepiform ray-finned bony fish from the Middle Triassic-Early Cretaceous of the entire world. It was officially named in 1843 by Louis Agassiz. It was one of the most successful and widespread Mesozoic bony fishes, and was thought to be a species of typical carp before finally being described as its own genus.

## Physiology

Leptolepis resembled the generic herring. It was a ray-finned fish with a torpedo-shaped body, thin, skinny fins, and a mid-sized head with semi-small jaws. Its body would have been covered in scaly skin.

## Diet

Leptolepis was a planktivore, sucking up colonies of plankton drifting through the water. Its small, toothless mouth would have been used to filter plankton from the water.

## Ecology

Leptolepis was an evolutionary step-up from earlier bony fish, as it had a skeleton made completely of bone (while earlier ray-fins and lobe-fins were partially made of cartilage); as well as this, unlike the scales of earlier bony fish, its scales were no longer covered in ganoine. Those two features made swimming easier, as its bony spine would no longer feel pressure as it propelled itself through the water with lateral undulation. Massive bone beds containing Leptolepis specimens confirmed that the ray-finned fish swam around in schools. This would have been especially useful, as it would serve to protect the fish from predators such as Nothosaurus, Cymbospondylus, Metriorhynchus, Cryptoclidus, and Ophthalmosaurus.

## In popular culture

Leptolepis was featured in the 3rd episode of the 1999 documentary *Walking with Dinosaurs*, where it is shown as a common prey item for predators like Cryptoclidus. As well as this, it was shown as fully capable of forming bait balls, similar to modern saltwater fish.
Iguanodon

Iguanodon is an iguanodontid ornithopod dinosaur from the Early Cretaceous of the United Kingdom, Belgium, and Spain. It was named in 1825 by Gideon Mantell. It was one of the first non-avian dinosaurs known to science (alongside Megalosaurus), and, like its theropod counterpart, it was a wastebasket taxon.

## Physiology

Iguanodon resembled a large, reptilian cow. It had a bulky body, long forelimbs ending in hoof-like fingers, and a large head with a small beak in front of its mouth; perhaps the most defining trait of Iguanodon was its spike-like thumb. Its body would have been covered in scaly skin.

## Diet

Iguanodon was an herbivore, feeding on leaves, horsetails, cycads, and conifers. Its round beak was used to strip leaves off branches, while the many teeth in the back of its mouth would grind together, processing the leaves.

## Ecology

The way how Iguanodon should be constructed was under debate for a long time, with people reconstructing it as an herbivorous dragon with a nose horn, a bipedal, tail dragging, kangaroo-like reptile, and a quadrupedal, partially digitigrade (walking on its digits) ornithischian with hands facing forward and flat on the ground; today, the most accepted reconstruction is a quadrupedal, completely digitigrade ornithischian. A debate that still goes on about the ornithopod is its thumb-spike; many people say that it was used as defense against predators, while others say it was used for breaking into nuts and fruits, or possibly even intraspecific combat (fighting against a member of its own species). Due to massive bone beds containing multiple individuals, it is now commonly assumed that Iguanodon was a social animal that lived in massive herds; however, a possible explanation for the bone beds is that they were all killed by a flash flood. Finally, it was once thought that the ornithopod had a long tongue that can stretch at its will; however, an examination of the tongue bones showed that the tongue was no more flexible than those of many other ornithopods, and would have only been used for moving food around the mouth while the dinosaur grinded it up with its teeth.

## In popular culture

Iguanodon was one of the 1st Mesozoic animals discovered, so it was featured in Crystal Palace Park (a pleasure ground in London) as a large, horned, herbivorous dragon, alongside Megalosaurus (also depicted as a dragon), Pterodactylus, Mosasaurus (depicted as a large, iguana-like squamate), Plesiosaurus, and Ichthyosaurus. Even then, it has still managed to be extremely popular, appearing in major pieces of media such as the *Lost World* novel, the 1998 adaptation of *Journey to the Center of the Earth*, *Walking with Dinosaurs*, and Disney's *Dinosaur*.
Petrolacosaurus

Petrolacosaurus is a petrolacosaurid areoscelid reptile from the Pennsylvanian of the United States of America. It was named in 1945 by Henry H. Lane. It was one of the oldest diapsids to exist, and was originally thought to be a pelycosaur synapsid, before finally being discovered to be a diapsid reptile.

## Physiology

Petrolacosaurus resembled the generic lizard. It was a reptile with 4 legs, a long tail, a slender body (similar to that of an anole), and a head with mid-sized jaws. It body would have been covered in scaly skin.

## Diet

Petrolacosaurus was a predator, feeding on small insects and other small arthropods. Its small and sharp teeth were used to get a hold of arthropod prey as the reptile swallowed them whole.

## Ecology

Not much is known about Petrolacosaurus, although it can be inferred that it lived very similarly to modern lizards, quickly scampering across through the swampy terrain and eating small arthropods whenever it was hungry, as well as climbing up trees and hiding in fallen logs in order to escape hungry predators.

## In popular culture

Petrolacosaurus was featured in the 2nd episode of the 2005 documentary *Walking with Monsters*, where its eggs are shown evolving from Hynerpeton eggs over a course of 58 million years. As well as this, it is shown as the prey item of arthropod predators such as giant mesothele spiders, as well as Meganeura; despite this, it manages to get past the violent storm that destroys nearly all life in the area, fancifully and erroneously evolving into Edaphosaurus over a course of 22 (or 2) million years.
資源介紹

遊戲中有五種資源，分別為：政權、宗教、王國、財富、手牌，以下將一一詳細介紹。

政權：
勝利條件之一；有些牌和王的技能會需要花費或計算「 政權 」才能發動。
獲得方法：
　1. 發動帝王技能獲得
　2. 發動手牌能力獲得
　3. 發動某些牌的常駐能力獲得

宗教：
勝利條件之一；有些牌和王的技能會需要花費或計算「 宗教 」才能發動。
獲得方法：
　1. 發動帝王技能獲得
　2. 發動手牌能力獲得
　3. 發動某些牌的常駐能力獲得

王國：
勝利條件之一；有些牌和王的技能會需要花費或計算「 王國 」才能發動。
獲得方法：
　1. 發動某些帝王技能獲得
　2. 發動手牌能力獲得
　3. 建造「 王國 - 建設牌 」與「 王國 - 城堡牌 」獲得

財富：
主要用於建造「 王國牌 」；有些牌和王的技能會需要花費或計算「 財富 」才能發動。
獲得方法：
　1. < 徵稅階段 >( 抽牌拿錢階段 )獲得
　2. < 貿易階段 >( 賣牌階段 )販賣「 手牌 」獲得
　3. 發動帝王技能獲得
　4. 發動手牌能力獲得
　5. 發動某些牌的常駐能力獲得

手牌：
每個王手中所持有的牌。
獲得方法：
　1. < 徵稅階段 >( 抽牌拿錢階段 )獲得
　2. 發動帝王技能獲得
　3. 發動手牌能力獲得
　4. 發動某些牌的常駐能力獲得