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![](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/cc-icons\/nc.png\"){kind=icon}
![](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/cc-icons\/nd.png\"){kind=icon}
<\/a>","graphic-licence":"<\/a>"},{"id":"37276","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-EDEDB6-0-0-0-1.png","card-colour":"#ededb6","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/vibrio-cholerae\/","excerpt":"Vibrio cholerae\u00a0is a species of\u00a0Gram-negative,\u00a0facultative anaerobe\u00a0and\u00a0comma-shaped\u00a0bacteria.[1]\u00a0The bacteria naturally live in\u00a0brackish\u00a0or\u00a0saltwater\u00a0where they attach themselves easily to the\u00a0chitin-containing shells of crabs, shrimp, and other shellfish. Some strains of\u00a0V. cholerae\u00a0are pathogenic to humans and cause a deadly disease called\u00a0cholera, which can be derived from the consumption of undercooked or raw marine life species or drinking contaminated water.[2] V. […]","name-size":"","title":"Vibrio cholerae<\/i>","title-attr":"<i>Vibrio cholerae<\/i>","latin-name":"Bacteria","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/54578640741_f2f65f426c_o_d.jpg","photo":"","classification":"","point-score":"","card-text":"These bacteria infect our intestines and give us diarrhea. To feel better we drink lots of water to replace the liquids we lost.<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37275","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-C8EABB-0-0-0-1.png","card-colour":"#c8eabb","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/prochlorococcus-marinus\/","excerpt":"Prochlorococcus\u00a0is a\u00a0genus\u00a0of very small (0.6\u00a0\u03bcm)\u00a0marine\u00a0cyanobacteria\u00a0with an unusual pigmentation (chlorophyll\u00a0a2\u00a0and\u00a0b2). These bacteria belong to the\u00a0photosynthetic picoplankton\u00a0and are probably the most abundant\u00a0photosynthetic\u00a0organism on Earth.\u00a0Prochlorococcus\u00a0microbes are among the major\u00a0primary producers\u00a0in the ocean, responsible for a large percentage of the photosynthetic production of\u00a0oxygen.[1][2]\u00a0Prochlorococcus\u00a0strains, called ecotypes, have physiological differences enabling them to exploit different ecological niches.[3]\u00a0Analysis of the\u00a0genome sequences\u00a0of\u00a0Prochlorococcus\u00a0strains show […]","name-size":"","title":"Prochlorococcus marinus<\/i>","title-attr":"<i>Prochlorococcus marinus<\/i>","latin-name":"Bacteria","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/54578818239_0c6a554450_o_d.jpg","photo":"","classification":"","point-score":"","card-text":"These bacteria make a large amount of the oxygen we breathe and are some of the oldest organisms in Earth\u2019s history.<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37274","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-ACE2E2-0-0-0-1.png","card-colour":"#ace2e2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/wolbachia\/","excerpt":"Wolbachia\u00a0is a\u00a0genus\u00a0of\u00a0gram-negative bacteria\u00a0infecting many species of\u00a0arthropods\u00a0and\u00a0filarial nematodes.[1][2]\u00a0The symbiotic relationship ranges from parasitism to obligate mutualism. It is one of the most common\u00a0parasitic\u00a0microbes\u00a0of arthropods, and is possibly the most widespread\u00a0reproductive\u00a0parasite bacterium in the\u00a0biosphere.[3]\u00a0Its interactions with hosts are complex and highly diverse across different host species. Some host species cannot reproduce, or even survive, without\u00a0Wolbachia\u00a0colonisation. One study […]","name-size":"","title":"Wolbachia<\/i>","title-attr":"<i>Wolbachia<\/i>","latin-name":"Bacteria","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/54578818189_b96a07cbdb_o_d.jpg","photo":"","classification":"","point-score":"","card-text":"These bacteria live inside insects and stop them from laying eggs. They can even stop the insects from spreading diseases and have been used for this purpose.<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37273","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E5C7AC-0-0-0-1.png","card-colour":"#e5c7ac","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/clostridium-perfringens\/","excerpt":"Clostridium perfringens\u00a0(formerly known as\u00a0C.\u00a0welchii, or\u00a0Bacillus welchii) is a\u00a0Gram-positive, bacillus (rod-shaped),\u00a0anaerobic,\u00a0spore-forming\u00a0pathogenic bacterium\u00a0of the genus\u00a0Clostridium.[1][2]\u00a0C. perfringens\u00a0is ever-present in nature and can be found as a normal component of decaying vegetation,\u00a0marine sediment, the\u00a0intestinal tract of humans\u00a0and other\u00a0vertebrates,\u00a0insects, and\u00a0soil. It has the shortest reported\u00a0generation time\u00a0of any organism at 6.3 minutes in\u00a0thioglycolate\u00a0medium.[3] Clostridium perfringens\u00a0is one of the most common causes […]","name-size":"","title":"Clostridium perfringens<\/i>","title-attr":"<i>Clostridium perfringens<\/i>","latin-name":"Bacteria","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/54578968005_50ae289687_o_d.jpg","photo":"","classification":"","point-score":"","card-text":"These bacteria can make us very sick if we eat them. We call this \u201cfood poisoning\u201d and it often means we feel nauseous and vomit.<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37272","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D2E8A4-0-0-0-1.png","card-colour":"#d2e8a4","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/yeast-saccharomyces-cerevisiae\/","excerpt":"Yeasts\u00a0are\u00a0eukaryotic, single-celled\u00a0microorganisms\u00a0classified as members of the\u00a0fungus\u00a0kingdom. The first yeast originated hundreds of millions of years ago, and at least 1,500\u00a0species\u00a0are currently recognized.[1][2][3]\u00a0They are estimated to constitute 1% of all described fungal species.[4] Some yeast species have the ability to develop multicellular characteristics by forming strings of connected budding cells known as\u00a0pseudohyphae\u00a0or false\u00a0hyphae, or quickly evolve […]","name-size":"","title":"Yeast (Saccharomyces cerevisiae<\/i>)","title-attr":"Yeast (<i>Saccharomyces cerevisiae<\/i>)","latin-name":"Fungi","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/54578640716_d6b1796239_o_d.jpg","photo":"","classification":"","point-score":"","card-text":"These fungi are used to cook things like bread by making it rise.\u00a0<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37269","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E2BAE2-0-0-0-1.png","card-colour":"#e2bae2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/pseudomonas-denitrificans\/","excerpt":"Pseudomonas denitrificans\u00a0is a\u00a0Gram-negative\u00a0aerobic\u00a0bacterium\u00a0that performs\u00a0denitrification. It was first isolated from garden soil in\u00a0Vienna,\u00a0Austria. It overproduces cobalamin (vitamin B12), which it uses for\u00a0methionine\u00a0synthesis[1]\u00a0and it has been used for manufacture of the vitamin.[2]\u00a0Scientists at\u00a0Rh\u00f4ne-Poulenc Rorer\u00a0took a\u00a0genetically engineered\u00a0strain of the bacteria, in which eight of the\u00a0cob\u00a0genes involved in the biosynthesis of the vitamin had been\u00a0overexpressed, to establish the complete […]","name-size":"","title":"Pseudomonas denitrificans<\/i>","title-attr":"<i>Pseudomonas denitrificans<\/i>","latin-name":"Bacteria","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/54577774677_d736cf0e89_o_d.jpg","photo":"","classification":"","point-score":"","card-text":"These bacteria make vitamins that we can eat to be healthy and grow.<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37227","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E8E8E8-0-0-0-1.png","card-colour":"#e8e8e8","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/wildlife-conservation-nepal\/","excerpt":"Wildlife Conservation Nepal, WCN, a non-governmental organization registered with the Government of Nepal, is a not for profit organization. It was established in 2002 with a vision to protect and conserve natural heritage and disseminate information on environment and wildlife issues. WCN supports government agencies to protect wildlife beyond protected areas, help in the developmental […]","name-size":"","title":"Wildlife Conservation Nepal","title-attr":"Wildlife Conservation Nepal","latin-name":"Home Card","scale":"","scale-number":"0","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51231937777_92b37595a4_o_d.jpg","photo":"","classification":"Home<\/a>","point-score":"","card-text":"Wildlife Conservation Nepal (WCN) is an NGO establish in 2002 with a vision to protect and conserve natural heritage and disseminate information on environment and wildlife issues.
\nTo learn more about us, go to wcn.org.np or you can write to us at mail@wcn.org.np<\/p>\n","temperature":"","temperature-data":"","graphic-credit":"\n\t\t
<\/a>","graphic-licence":"<\/a>"},{"id":"37226","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-F7D8D7-grasslands-forest-forest-1.png","card-colour":"#f7d8d7","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/rhododendron\/","excerpt":"Rhododendron arboreum, the\u00a0tree rhododendron,[1]\u00a0is an\u00a0evergreen\u00a0shrub or small tree with a showy display of bright red flowers. It is found in\u00a0Bhutan,\u00a0China,\u00a0India,\u00a0Myanmar,\u00a0Nepal,\u00a0Sri Lanka,\u00a0Pakistan\u00a0and\u00a0Thailand. It is the\u00a0national flower\u00a0of\u00a0Nepal. In\u00a0India\u00a0it is the\u00a0state tree\u00a0of\u00a0Uttarakhand\u00a0and\u00a0state flower\u00a0of\u00a0Nagaland. Its\u00a0specific epithet\u00a0means “tending to be woody or growing in a tree-like form”. It has been recorded as reaching heights of 20\u00a0m (66\u00a0ft),[2]\u00a0though more usually 12\u00a0m […]","name-size":"","title":"Rhododendron","title-attr":"Rhododendron","latin-name":"Rhododendron arboreum","scale":"![\"Scale](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/9.png\")
","scale-number":"9","food-chain":"![\"Diat:](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/photosynthetic1.png\")
","graphic":"https:\/\/live.staticflickr.com\/65535\/51233710335_979f1802d3_o_d.jpg","photo":"","classification":"Plantae<\/a>, Eudicots<\/a>, Angiosperm<\/a>","point-score":"2","card-text":"HILL, MOUNTAIN<\/b><\/p>\n
FACT:<\/b> This rhododendron tree is the national flower of Nepal. This plant also holds the Guinness Record for the tallest Rhododendron!<\/p>\n","temperature":"cool, warm","temperature-data":["cool","warm"],"graphic-credit":"\n\t\t TERAI<\/b><\/p>\n PLAY:<\/b> The Indian rhino has a MOVE of 2. MOUNTAIN<\/b><\/p>\n PLAY:<\/b> The wild yak has a MOVE of 2 TERAI<\/b><\/p>\n PLAY:<\/b> This Bengal tiger has a MOVE of 2. MOUNTAIN<\/b><\/p>\n PLAY:<\/b> The snow leopard has a MOVE of 2 HILL<\/b><\/p>\n FACT:<\/b> The flowers that bloom from the corkscrew albuca have an aroma similar to vanilla.<\/p>\n","temperature":"warm, hot","temperature-data":["warm","hot"],"graphic-credit":"\n\t\t TERAI, HILL<\/b><\/p>\n FACT:<\/b> In Nepal, the leaves of the Sal tree are used to make local plates and vessels called \u201ctapari\u201d, \u201cdoona\u201d, and \u201cbota\u201d in which rice and curry is served.<\/p>\n","temperature":"warm, hot","temperature-data":["warm","hot"],"graphic-credit":"\n\t\t HILL<\/b><\/p>\n FACT:<\/b> The nepal fig is an edible fruit that is native to China, Eastern Asia, Indian Subcontinent and Indo-China region.<\/p>\n","temperature":"cool, warm","temperature-data":["cool","warm"],"graphic-credit":"\n\t\t TERAI<\/b><\/p>\n FACT:<\/b> Bamboo is one of the fastest growing plants at 1 inch per 40 minutes or 1 mm every 90 seconds.<\/p>\n","temperature":"cool, warm, hot","temperature-data":["cool","warm","hot"],"graphic-credit":"\n\t\t HILL<\/b><\/p>\n FACT:<\/b> This lichen called old man\u2019s beard must be played next to a tree.<\/p>\n","temperature":"cold, cool, warm","temperature-data":["cold","cool","warm"],"graphic-credit":"\n\t\t MOUNTAIN<\/b><\/p>\n PLAY:<\/b> The musk deer has a MOVE of 2 TERAI, HILL, MOUNTAIN<\/b><\/p>\n PLAY:<\/b> This goose has a FLIGHT of 2<\/p>\n FACT:<\/b> The bar-headed goose is one of the highest flying birds, seen flying over mountains such as Mount Makalu and potentially Everest.<\/p>\n","temperature":"cold, cool","temperature-data":["cold","cool"],"graphic-credit":"\n\t\t TERAI<\/b><\/p>\n PLAY:<\/b> The asiatic elephant has a MOVE of 2<\/p>\n FACT:<\/b> This elephant is the largest living land animal in Asia.<\/p>\n","temperature":"cool, warm","temperature-data":["cool","warm"],"graphic-credit":"\n\t\t TERAI<\/b><\/p>\n PLAY:<\/b> The giant honey bee has a FLIGHT of 2<\/p>\n FACT:<\/b> This bee makes a unique type of hive where the comb hangs, and the honey tends to collect at the top and to one side.<\/p>\n","temperature":"warm, hot","temperature-data":["warm","hot"],"graphic-credit":"\n\t\t TERAI<\/b><\/p>\n PLAY:<\/b> This spotted deer has a MOVE of 2. HILL<\/b><\/p>\n PLAY:<\/b> The Assamese macaque has a MOVE of 2 MOUNTAIN<\/b><\/p>\n PLAY:<\/b> The red panda has a MOVE of 2<\/p>\n FACT:<\/b> Nepalese population estimates only a few hundred animals.<\/p>\n","temperature":"cold, cool, warm","temperature-data":["cold","cool","warm"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37225","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-C7E0BA-grasslands-forest-forest-1.png","card-colour":"#c7e0ba","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/%e0%a4%97%e0%a5%88%e0%a4%82%e0%a4%a1%e0%a4%be\/","excerpt":"The\u00a0Indian rhinoceros\u00a0(Rhinoceros unicornis), also called the\u00a0Indian rhino,\u00a0greater one-horned rhinoceros\u00a0or\u00a0great Indian rhinoceros, is a\u00a0rhinoceros\u00a0species\u00a0native to the\u00a0Indian subcontinent. It is listed as\u00a0Vulnerable\u00a0on the\u00a0IUCN Red List, as populations are fragmented and restricted to less than 20,000\u00a0km2\u00a0(7,700\u00a0sq\u00a0mi). Moreover, the extent and quality of the rhino’s most important habitat, the\u00a0alluvial\u00a0Terai-Duar savanna and grasslands\u00a0and\u00a0riverine forest, is considered to be in decline […]","name-size":"","title":"Indian Rhinoceros","title-attr":"Indian Rhinoceros","latin-name":"Rhinoceros unicornis","scale":"![\"Scale](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/8.png\")
","scale-number":"8","food-chain":"![\"Diat:](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/herbivore2.png\")
","graphic":"https:\/\/live.staticflickr.com\/65535\/51232642886_d3242c0cb4_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"5","card-text":"
\nFACT:<\/b> Nepal\u2019s first conservation law ensured the protection of rhinos and their habitat in 1957.<\/p>\n","temperature":"warm, hot","temperature-data":["warm","hot"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37224","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E2E2E2-grasslands-forest-forest-1.png","card-colour":"#e2e2e2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/wild-yak\/","excerpt":"The\u00a0wild yak\u00a0(Bos mutus) is a large, wild\u00a0cattle\u00a0native to the\u00a0Himalayas. It is the ancestor of the\u00a0domestic yak\u00a0(Bos grunniens). The wild yak is among the largest extant bovid species. Adults stand about 1.6 to 2.05\u00a0m (5.2 to 6.7\u00a0ft) tall at the shoulder, and weigh 500\u20131,200\u00a0kg (1,100\u20132,600\u00a0lb). The head and body length is 2.4 to 3.8\u00a0m (7.9 to […]","name-size":"","title":"Wild Yak","title-attr":"Wild Yak","latin-name":"Bos mutus","scale":"","scale-number":"8","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51232853783_89f1eea50f_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"5","card-text":"
\nFACT:<\/b> The wild yak was once considered extinct in Nepal, but was rediscovered in 2014. Nepalese currency celebrated this discovery.<\/p>\n","temperature":"cold, cool","temperature-data":["cold","cool"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37223","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-F2E5D0-grasslands-forest-fresh-water-1.png","card-colour":"#f2e5d0","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/bengal-tiger\/","excerpt":"The\u00a0Bengal tiger\u00a0is a\u00a0tiger\u00a0from a specific population of the\u00a0Panthera tigris tigris\u00a0subspecies that is native to the\u00a0Indian subcontinent.[3]\u00a0It is threatened by\u00a0poaching,\u00a0loss, and\u00a0fragmentation\u00a0of habitat, and was estimated at comprising fewer than 2,500 wild individuals by 2011. None of the Tiger Conservation Landscapes within its range is considered large enough to support an effective population of more than 250 […]","name-size":"","title":"Bengal Tiger","title-attr":"Bengal Tiger","latin-name":"Panthera tigris tigris","scale":"","scale-number":"8","food-chain":"![\"Diat:](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/carnivore3.png\")
","graphic":"https:\/\/live.staticflickr.com\/65535\/51231937827_409ce47ea6_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"7","card-text":"
\nFACT:<\/b> In 2018, scientists estimated only 220 to 274 of these tigers in Nepal.<\/p>\n","temperature":"warm, hot","temperature-data":["warm","hot"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37222","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D5E1F2-grasslands-grasslands-forest-1.png","card-colour":"#d5e1f2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/snow-leopard-2\/","excerpt":"The\u00a0snow leopard\u00a0(Panthera uncia), also known as the\u00a0ounce, is a\u00a0felid\u00a0in the genus\u00a0Panthera\u00a0native to the mountain ranges of\u00a0Central\u00a0and\u00a0South Asia. It is listed as\u00a0Vulnerable\u00a0on the\u00a0IUCN Red List\u00a0because the global population is estimated to number fewer than 10,000 mature individuals and is expected to decline about 10% by 2040. It is threatened by\u00a0poaching\u00a0and\u00a0habitat destruction\u00a0following infrastructural developments. It inhabits\u00a0alpine\u00a0and\u00a0subalpine zones\u00a0at […]","name-size":"","title":"Snow Leopard","title-attr":"Snow Leopard","latin-name":"Panthera Uncia","scale":"","scale-number":"8","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51232642861_1741cd44c8_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"8","card-text":"
\nFACT:<\/b> This leopard is listed as Vulnerable on the IUCN Red List with estimates of less than 10,000 left on the planet.<\/p>\n","temperature":"cold, cool","temperature-data":["cold","cool"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37220","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D0EDD7-grasslands-forest-forest-1.png","card-colour":"#d0edd7","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/succulent-grass\/","excerpt":"Albuca\u00a0is a\u00a0genus\u00a0of\u00a0flowering plants\u00a0in the\u00a0family\u00a0Asparagaceae, subfamily\u00a0Scilloideae.[2]\u00a0The genus is distributed mainly in southern and eastern\u00a0Africa, with some species occurring in northern Africa and the\u00a0Arabian Peninsula.[3]\u00a0Plants of the genus are known commonly as\u00a0slime lilies.[4] These are perennial herbs growing from\u00a0bulbs. The stem is sheathed in leaves with linear to strap-shaped blades.[5]\u00a0They can be 8 centimeters to well over […]","name-size":"","title":"Succulent Grass","title-attr":"Succulent Grass","latin-name":"Albuca namaquensis","scale":"![\"Scale](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/6.png\")
","scale-number":"6","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233419264_fd512ed08b_o_d.jpg","photo":"","classification":"Plantae<\/a>, Pinophyta<\/a>, Pinopsida<\/a>","point-score":"3","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37219","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E6D7F4-grasslands-forest-forest-1.png","card-colour":"#e6d7f4","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/sal-tree\/","excerpt":"Shorea robusta, the\u00a0sal tree,[2]\u00a0also\u00a0sarai\u00a0and other names,[3]\u00a0is a species of tree in the family\u00a0Dipterocarpaceae. This tree is native to the\u00a0Indian subcontinent, ranging south of the\u00a0Himalaya, from\u00a0Myanmar\u00a0in the east to\u00a0Nepal,\u00a0India\u00a0and\u00a0Bangladesh. In India, it extends from\u00a0Assam,\u00a0Bengal,\u00a0Odisha\u00a0and\u00a0Jharkhand\u00a0west to the\u00a0Shivalik Hills\u00a0in\u00a0Haryana, east of the\u00a0Yamuna. The range also extends through the\u00a0Eastern Ghats\u00a0and to the eastern\u00a0Vindhya\u00a0and\u00a0Satpura\u00a0ranges of central India.[4]\u00a0It is often the […]","name-size":"","title":"Sal Tree","title-attr":"Sal Tree","latin-name":"Shorea robusta","scale":"","scale-number":"9","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51232642936_8829ecf925_o_d.jpg","photo":"","classification":"Plantae<\/a>, Angiosperms<\/a>, Eudicots<\/a>","point-score":"2","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37218","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-CEDDBC-forest-forest-forest-1.png","card-colour":"#ceddbc","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/nepalese-fig\/","excerpt":"Ficus semicordata, commonly known as the\u00a0drooping fig, is a small to medium-sized\u00a0fodder\u00a0tree of genus\u00a0Ficus.[2]\u00a0It bears edible fruit. The figs on the lower part of the leafless branches may develop in leaf litter and humus, and be buried in the surface of the soil, where the seeds germinate. Otherwise birds and other animals distribute the seeds. […]","name-size":"","title":"Nepalese Fig","title-attr":"Nepalese Fig","latin-name":"Ficus sarmentosa","scale":"","scale-number":"8","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233710320_1b44805bee_o_d.jpg","photo":"","classification":"Plantae<\/a>, Angiosperms<\/a>, Eudicots<\/a>","point-score":"4","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37217","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D7EEEF-grasslands-forest-forest-1.png","card-colour":"#d7eeef","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/bamboo\/","excerpt":"Bamboos\u00a0are a diverse group of\u00a0evergreen\u00a0perennial\u00a0flowering plants\u00a0in the\u00a0subfamily\u00a0Bambusoideae\u00a0of the\u00a0grass\u00a0family\u00a0Poaceae. The origin of the word “bamboo” is uncertain, but it probably comes from the\u00a0Dutch\u00a0or\u00a0Portuguese\u00a0language, which originally borrowed it from\u00a0Malay\u00a0or\u00a0Kannada.[3] In bamboo, as in other grasses, the internodal regions of the\u00a0stem\u00a0are usually hollow and the\u00a0vascular bundles\u00a0in the cross-section are scattered throughout the stem instead of in a cylindrical […]","name-size":"","title":"Bamboo","title-attr":"Bamboo","latin-name":"Bambusoideae","scale":"","scale-number":"8","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233419254_69a3490bb8_o_d.jpg","photo":"","classification":"Plantae<\/a>, Angiosperms<\/a>, Monocots<\/a>","point-score":"2","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37216","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D7E9EF-grasslands-forest-tundra-1.png","card-colour":"#d7e9ef","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/usnea-lichen\/","excerpt":"Usnea\u00a0is a\u00a0genus\u00a0of mostly pale grayish-green\u00a0fruticose\u00a0lichens\u00a0that grow like leafless mini-shrubs\u00a0or\u00a0tassels\u00a0anchored\u00a0on bark or twigs.[1]:203\u00a0The genus is in the family\u00a0Parmeliaceae. It grows all over the world. Members of the genus are\u00a0commonly called\u00a0old man’s beard, or\u00a0beard lichen.[1]:203 Like other lichens it is a\u00a0symbiosis\u00a0of two or three\u00a0fungi\u00a0and an\u00a0alga.[2]\u00a0In\u00a0Usnea, the fungus belongs to the division\u00a0Ascomycota, while the alga is a member […]","name-size":"","title":"Usnea Lichen","title-attr":"Usnea Lichen","latin-name":"Usnea sp.","scale":"![\"Scale](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/5.png\")
","scale-number":"5","food-chain":"![\"Diat:](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/carbon-macromolecules2.png\")
","graphic":"https:\/\/live.staticflickr.com\/65535\/51232853793_0fe7e465f3_o_d.jpg","photo":"","classification":"Fungi<\/a>, Ascomycota<\/a>, Lecanoromycetes<\/a>","point-score":"1","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37215","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E8F2D2-grasslands-forest-tundra-1.png","card-colour":"#e8f2d2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/musk-deer\/","excerpt":"Musk deer\u00a0can refer to any one, or all seven, of the species that make up\u00a0Moschus, the only extant genus of the\u00a0family\u00a0Moschidae.[1]\u00a0Despite being commonly called deer, they are not true deer belonging to the family\u00a0Cervidae. The musk deer family differs from cervids, or true deer, by lacking\u00a0antlers\u00a0and\u00a0facial glands\u00a0and by possessing only a single pair of\u00a0teats, a\u00a0gallbladder\u00a0[2], […]","name-size":"","title":"Musk Deer","title-attr":"Musk Deer","latin-name":"Moschus Leucogaster","scale":"![\"Scale](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/7.png\")
","scale-number":"7","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51231937982_51821e88b8_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"4","card-text":"
\nFACT:<\/b> This animal is hunted for its musk which is one of the most valuable animal-derived products in the world.<\/p>\n","temperature":"cold, cool","temperature-data":["cold","cool"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37214","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E6F4D2-grasslands-fresh-water-tundra-1.png","card-colour":"#e6f4d2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/bar-headed-goose\/","excerpt":"The\u00a0bar-headed goose\u00a0(Anser indicus) is a\u00a0goose\u00a0that breeds in\u00a0Central Asia\u00a0in colonies of thousands near mountain lakes and winters in\u00a0South Asia, as far south as peninsular India. It lays three to eight eggs at a time in a ground nest. It is known for the extreme altitudes it reaches when migrating across the Himalayas. The bird is pale […]","name-size":"","title":"Bar Headed Goose","title-attr":"Bar Headed Goose","latin-name":"Anser indicus","scale":"","scale-number":"6","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233710280_6001bb3653_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Aves<\/a>","point-score":"2","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37212","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-E9F4E1-grasslands-forest-forest-1.png","card-colour":"#e9f4e1","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/asiatic-elephant\/","excerpt":"The\u00a0Asian elephant\u00a0(Elephas maximus), also known as the\u00a0Asiatic elephant, is the only living\u00a0species\u00a0of the genus\u00a0Elephas\u00a0and is distributed throughout the\u00a0Indian subcontinent\u00a0and\u00a0Southeast Asia, from\u00a0India\u00a0in the west,\u00a0Nepal\u00a0in the north,\u00a0Sumatra\u00a0in the south, and to\u00a0Borneo\u00a0in the east. Three\u00a0subspecies\u00a0are recognised\u2014E. m. maximus\u00a0from\u00a0Sri Lanka,\u00a0E. m. indicus\u00a0from mainland Asia and\u00a0E. m. sumatranus\u00a0from the island of\u00a0Sumatra.[1] The Asian elephant is the largest living land animal […]","name-size":"","title":"Asiatic Elephant","title-attr":"Asiatic Elephant","latin-name":"Elephas maximus","scale":"","scale-number":"9","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233710275_aa258f73cc_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"5","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37211","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-EDEDD5-grasslands-forest-urban-1.png","card-colour":"#ededd5","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/giant-honey-bee\/","excerpt":"Apis dorsata, the\u00a0giant honey bee, is a\u00a0honey bee\u00a0of South and Southeast Asia, found mainly in forested areas such as the\u00a0Terai\u00a0of\u00a0Nepal. They are typically around 17\u201320\u00a0mm (0.7\u20130.8\u00a0in) long. Nests are mainly built in exposed places far off the ground, like on tree limbs, under cliff overhangs, and sometimes on buildings. These social bees are known for […]","name-size":"","title":"Giant Honey Bee","title-attr":"Giant Honey Bee","latin-name":"Apis dorsata","scale":"![\"Scale](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/4.png\")
","scale-number":"4","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233710255_cde112a4d6_o_d.jpg","photo":"","classification":"Animalia<\/a>, Arthropoda<\/a>, Insecta<\/a>","point-score":"4","card-text":"<\/a>","graphic-licence":"<\/a>"},{"id":"37208","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D6E8CE-grasslands-grasslands-forest-1.png","card-colour":"#d6e8ce","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/spotted-deer\/","excerpt":"The\u00a0chital\u00a0(\/t\u0283i\u02d0t\u0259l\/;\u00a0Axis axis), also known as\u00a0spotted deer,\u00a0chital deer, and\u00a0axis deer, is a\u00a0species\u00a0of\u00a0deer\u00a0that is native to the\u00a0Indian subcontinent. It was first described by German naturalist\u00a0Johann Christian Polycarp Erxleben\u00a0in 1777. A moderate-sized deer, male chital reach nearly 90\u00a0cm (35\u00a0in) and females 70\u00a0cm (28\u00a0in) at the shoulder. While males weigh 30\u201375\u00a0kg (66\u2013165\u00a0lb), the lighter females weigh 25\u201345\u00a0kg (55\u201399\u00a0lb). It […]","name-size":"","title":"Spotted Deer","title-attr":"Spotted Deer","latin-name":"Axis axis","scale":"","scale-number":"7","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51232642906_b5f84402cf_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"5","card-text":"
\nFACT:<\/b> The Spotted deer thrives in thick forests as well as scrub jungles and has the ability to camouflage in dry deciduous forests.<\/p>\n","temperature":"warm, hot","temperature-data":["warm","hot"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37206","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-D0E2E2-forest-forest-forest-1.png","card-colour":"#d0e2e2","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/assamese-macaque\/","excerpt":"The\u00a0Assam macaque\u00a0or\u00a0Assamese macaque\u00a0(Macaca assamensis) is a\u00a0macaque\u00a0of the\u00a0Old World monkey\u00a0family native to\u00a0South\u00a0and\u00a0Southeast Asia. Since 2008, the species has been listed as “near threatened” by the\u00a0IUCN, as it is experiencing significant declines due to\u00a0hunting,\u00a0habitat\u00a0degradation, and\u00a0fragmentation.[2] The Assam macaque has a yellowish-grey to dark brown pelage. The facial skin is dark brownish to purplish. The head has a […]","name-size":"","title":"Assamese Macaque","title-attr":"Assamese Macaque","latin-name":"Macaca assamensis","scale":"","scale-number":"6","food-chain":"![\"Diat:](\"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/num\/omnivore3.png\")
","graphic":"https:\/\/live.staticflickr.com\/65535\/51232642881_295d3aa1d0_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"4","card-text":"
\nFACT:<\/b> This species is threatened due to loss of habitat from logging, as well as hunting and trapping for sport, medicine and food.<\/p>\n","temperature":"cool, warm, hot","temperature-data":["cool","warm","hot"],"graphic-credit":"\n\t\t<\/a>","graphic-licence":"<\/a>"},{"id":"37205","background":"https:\/\/phylogame.org\/wp-content\/themes\/phylo\/img\/generated-card-images\/br-DDD4C5-grasslands-forest-forest-1.png","card-colour":"#ddd4c5","border-colour":"#212121","permalink":"https:\/\/phylogame.org\/cards\/red-panda-3\/","excerpt":"The\u00a0red panda\u00a0(Ailurus fulgens) is a\u00a0carnivoran\u00a0native to the eastern\u00a0Himalayas\u00a0and\u00a0southwestern China. It is listed as\u00a0Endangered\u00a0on the\u00a0IUCN Red List\u00a0because the wild population is estimated at fewer than 10,000 mature individuals and continues to decline due to\u00a0habitat loss\u00a0and\u00a0fragmentation,\u00a0poaching, and\u00a0inbreeding depression.[1]\u00a0Despite its name, it is not closely related to the\u00a0giant panda.[3] The red panda has reddish-brown fur, a long, shaggy […]","name-size":"","title":"Red Panda","title-attr":"Red Panda","latin-name":"Ailurus fulgens","scale":"","scale-number":"6","food-chain":"","graphic":"https:\/\/live.staticflickr.com\/65535\/51233419194_c9751e4b5d_o_d.jpg","photo":"","classification":"Animalia<\/a>, Chordata<\/a>, Mammalia<\/a>","point-score":"3","card-text":"