ID	ModifiedOn	Contributors	InformalClassification	Family	TaxonID	TaxonName	SeeAlso	NameRank	Hybrid	TerminalTaxon	Excluded	Peripheral	Waif	Endemic	Extirpated	OriginCode	Origin	Distribution	Voucher	Comments
2021	2018-05-02 22:04:00		Vascular Plants: Dicots	Crassulaceae	66882	Crassula		genus		N	N	N	N	N	N	N	Native			
2022	2024-01-20 20:13:53		Vascular Plants: Dicots	Crassulaceae	66888	Crassula aquatica		species		Y	N	N	N	N	N	N	Native	Occurring on both sides of the Cascades crest in Washington;	{"Herbarium":"WTU"}	FNA8: "The typical form of Crassula aquatica, with very short fruiting pedicels, grows chiefly in coastal salt marsh. It is rare and widely scattered in Alaska and Canada (W. J. Cody 1954), scarcely more common southward. M. Bywater and G. E. Wickens (1984) separated C. saginoides by pedicels elongate in fruit, sometimes to ca. 2 cm. It grows mostly inland and sometimes to 3000 meters, but from the specimens that they annotated, the ranges are not distinct. N. L. Britton and J. N. Rose (1905) and W. L. Jepson (1923-1925) have separated it, at least varietally, under other names, but most authors have included it without comment or at most have called it doubtfully distinct. I call it merely a phase of C. aquatica not needing a formal name (R. V. Moran 1992b). A typical strand plant is depicted in the lower left corner of the illustration panel on this page."
2023	2024-01-20 20:24:09		Vascular Plants: Dicots	Crassulaceae	66904	Crassula connata		species		Y	N	N	N	N	N	N	Native	Occurring west of the Cascades crest in Washington in San Juan County;	{"Herbarium":"WTU"}	FNA8: "M. Bywater and G. E. Wickens (1984) proposed five varieties, four partly in the flora area, where they have largely overlapping ranges and overlapping characteristics. Further, some supposed differences probably result from local and year-to-year rainfall differences. Although probably having some genetic basis, these varieties seem too poorly defined to be useful (R. V. Moran 1992b).<br><br>S. L. Hatch et al. (1990) were first to report Crassula connata in Texas, from a 1968 collection (F. B. Jones 7292), suggesting that it may be a recent arrival there. It was first discovered in British Columbia and Washington in 1977 (A. Ceska and O. Ceska 1980) and is treated as a rare native species by the heritage program in British Columbia and the Washington Natural Heritage Program, where it has a habitat typical of other southern disjunct natives (A. Ceska, pers. comm.)."
2024	2017-06-21 15:34:00	David Giblin	Vascular Plants: Dicots	Crassulaceae	66937	Crassula solieri	Crassula aquatica	species		Y	Y	N	N	N	N				{"Herbarium":"WTU"}	Recently (2017) collected along Columbia River in central WA.
2025	2024-01-20 21:21:12		Vascular Plants: Dicots	Crassulaceae	66943	Crassula tillaea		species		Y	N	N	N	N	N	I	Introduced from Europe	Occurring west of the Cascades crest in Washington;	{"Herbarium":"WTU"}	FNA8: "First found in California in 1925 (J. T. Howell 1942), Crassula tillaea is now widespread and locally common, often mingling with C. connata. It has been spreading northward, being first found in Oregon in 1984 (D. H. Wagner 1991), in Washington in 1999 (A. L. Jacobson et al. 2001), and in British Columbia in 2002 (P. F. Zika 2002); it has not yet been found growing with C. connata in this part of its range (A. Ceska, pers. comm.)."
2026	2003-10-21 00:00:00	Fred Weinmann	Vascular Plants: Dicots	Crassulaceae	66950	Crassulaceae		family		N	N	N	N	N	N	N	Native			
2027	2018-05-02 22:04:00		Vascular Plants: Dicots	Crassulaceae	67105	Hylotelephium		genus		N	Y	N	N	N	N					
2028	2009-10-12 15:23:00	Fred Weinmann	Vascular Plants: Dicots	Crassulaceae	67118	Hylotelephium telephium		species		Y	Y	N	N	N	N				{"Herbarium":"Not at WTU; WS?"}	Not in H&C; KZ record based on Clausen, R.T. 1975
2029	2018-05-02 22:04:00		Vascular Plants: Dicots	Crassulaceae	67174	Rhodiola		genus		N	N	N	N	N	N	N	Native			
2030	2024-01-20 21:25:27		Vascular Plants: Dicots	Crassulaceae	67176	Rhodiola integrifolia		species		N	N	N	N	N	N	N	Native	Occurring on both sides of the Cascades crest in Washington;	{"Herbarium":"WTU"}	
2031	2024-01-20 21:27:21		Vascular Plants: Dicots	Crassulaceae	67182	Rhodiola integrifolia ssp. integrifolia		infraspecies		Y	N	N	N	N	N	N	Native	Occurring on both sides of the Cascades crest in Washington;	{"Herbarium":"WTU"}	FNA8: "The plants treated here as Rhodiola integrifolia and R. rosea are part of a difficult polymorphic complex of arctic to cool-temperate North America and Eurasia and of high mountains southward. Some authors have included them all in R. rosea [or Sedum rosea (Linnaeus) Scopoli], often with subspecies or varieties; N. L. Britton and J. N. Rose (1905) earlier divided them into two to several species.<br><br>For this complex C. H. Uhl (1952) cited six published chromosome counts from Greenland through Eurasia to Japan, all n = 11 or 2n = 22; he found the same numbers in seven collections from northeastern North America (all these Rhodiola rosea proper). From Eurasia, according to R. L. Taylor and G. A. Mulligan (1968), races with 2n = 16 and 33 also are known. On the other hand, for endemics in Minnesota and New York and for five plants from New Mexico and California, Uhl found n = 18 or 2n = 36, and Taylor and Mulligan likewise found 2n = 36 in plants of Moresby Island, British Columbia. With the support of five more counts, but with none for the large area of Oregon and Wyoming to the Bering Sea, R. T. Clausen (1975) separated the 36-chromosome plants as Sedum integrifolium. More counts of 2n = 36 have since appeared, including one from Sutwick Island, off the Alaska Peninsula (Á. Löve 1979).<br><br>In middle North America, Rhodiola integrifolia and R. rosea are geographically distinct. The local endemic subsp. leedyi of the former grows in Minnesota, midway between the western subspecies of R. integrifolia and the eastern R. rosea, and grows in New York state within 100 km of R. rosea. Otherwise, the ranges of the two species are over 2000 km apart in the south and nearly 3000 km in the north. Rhodiola integrifolia also is the prevailing plant in eastern Asia, where it has been named Sedum atropurpureum N. S. Turczaninow (E. Hultén 1941-1950, vol. 5), and R. rosea seems to extend (although not verified by chromosome counts) from eastern Asia to far-western Alaska, on the coast of the Bering Sea.<br><br>Although saying that Sedum integrifolium differs from S. rosea in many ways besides the chromosome number, R. T. Clausen (1975) found few absolute distinctions. His best key characters were those used here, petal width of staminate flowers, largely supported by flower color. Although questions remain unanswered, it seems best for now to follow Clausen in keeping the two species for North America.<br><br>Over its broad range, Rhodiola integrifolia is quite variable (e.g., see E. Hultén 1941-1950, vol. 5). R. T. Clausen (1975) noted that in some populations pistillate plants outnumber staminate; in others staminate may be six times as many as pistillate. He distinguished two outlying endemics as subspp. leedyi and neomexicana, also kept as subspecies here. He also proposed subsp. procer[a] for tall robust plants of Colorado, New Mexico, and (less typical) California, all within the range of subsp. integrifolia and all with the same chromosome number. Some of his plants look remarkably different from the usual dwarf forms of subsp. integrifolia that grow at the same high elevations. He did not include in subsp. procera (and apparently did not see alive) the tall plants often found inland in Alaska and northwestern Canada, which would be Sedum frigidum Rydberg according to Hultén. Thus the racial situation is much more complex than the naming of only two peripheral subspecies might suggest."
2032	2018-05-02 22:04:00		Vascular Plants: Dicots	Crassulaceae	67249	Sedum	Rhodiola	genus		N	N	N	N	N	N	N	Native			
2033	2019-05-27 16:52:12		Vascular Plants: Dicots	Crassulaceae	67251	Sedum acre		species		Y	N	N	N	N	N	I	Introduced from Europe		{"Herbarium":"WTU"}	
2034	2023-03-18 16:16:26		Vascular Plants: Dicots	Crassulaceae	67255	Sedum album		species		Y	N	N	N	N	N	I	Introduced from Europe	Occurring chiefly west of the Cascades crest in Washington;	{"Herbarium":"WTU"}	FNA8: "Sedum album was first reported as naturalized in the United States in 1934."
2035	2024-01-21 17:52:58		Vascular Plants: Dicots	Crassulaceae	67260	Sedum brevifolium		species		Y	N	N	Y	N	N	I	Introduced from southern Europe	Occurring west of the Cascades crest in Washington in King County, WA.	{"Herbarium":"WTU"}	Recently collected in King County, where fully naturalized on a montane rocky bald north of Interstate 90 east of North Bend.  The bald is adjacent to rock climbing routes, suggesting propagules may have arrived with climbers.  The plants form reproducing populations across a several hectare area of balds and rock faces.
2036	2024-01-21 17:57:25		Vascular Plants: Dicots	Crassulaceae	67273	Sedum divergens		species		Y	N	N	N	N	N	N	Native	Occurring on both sides of the Cascades crest in Washington;	{"Herbarium":"WTU"}	FNA8: "Leaves of Sedum divergens are close-set, thick, and turgid. This species occurs in scattered and disjunct populations from the coastal mountains of Alaska (D. F. Murray 1980) and British Columbia to the northern Cascade Mountains and Olympic Mountains of Washington; Lake Peak, Josephine County, Oregon; and Klamath Mountains near Mount Robson in Alberta and British Columbia."
2037	2024-01-21 18:06:32		Vascular Plants: Dicots	Crassulaceae	67274	Sedum forsterianum		species		Y	N	N	Y	N	N	I	Introduced from Europe	Occurring west of the Cascades crest in Washington;	{"Herbarium":"WTU"}	
2038	2020-06-11 15:00:46		Vascular Plants: Dicots	Crassulaceae	67282	Sedum lanceolatum	Sedum rupicola	species		Y	N	N	N	N	N	N	Native	Widely distributed on both sides of the Cascades crest in Washington;	{"Herbarium":"WTU"}	
2039	2024-01-21 18:12:01		Vascular Plants: Dicots	Crassulaceae	67310	Sedum leibergii		species		Y	N	N	N	N	N	N	Native	Occurring east of the Cascades crest in Washington;	{"Herbarium":"WTU"}	
2040	2020-10-09 21:22:56		Vascular Plants: Dicots	Crassulaceae	67346	Sedum oreganum		species		Y	N	N	N	N	N	N	Native	Occurring on both sides of the Cascades crest in Washington;	{"Herbarium":"WTU"}	
2041	2023-10-22 21:33:17		Vascular Plants: Dicots	Crassulaceae	67382	Sedum rupicola		species		Y	N	N	N	Y	N	N	Native	Occurring east of the Cascades crest in Washington;	{"Herbarium":"WTU"}	FNA8: "The leaves of Sedum rupicola detach very easily and the fallen ones sprout and produce plantlets from their bases. R. T. Clausen (1975) considered S. rupicola to be most closely related to S. lanceolatum. He recognized it as a species because, although it sometimes grows sympatrically with S. lanceolatum, the two do not hybridize, and because S. rupicola flowers a week earlier and grows in soils of higher pH than does S. lanceolatum. The general morphological differences are: in S. rupicolum leaves of sterile shoots are ovate and detach easily, sepals have obtuse apices, petals have minutely mucronate tips (0.1 mm), and nectaries are deep yellow; in S. lanceolatum leaves of sterile shoots are linear-lanceolate and do not detach easily, sepals have acute apices, petal apices are long-acuminate (0.8 mm), and nectaries are pale yellow."
2042	2020-05-18 08:58:35		Vascular Plants: Dicots	Crassulaceae	67389	Sedum spathulifolium		species		Y	N	N	N	N	N	N	Native	Occurring west of the Cascades crest and east in the Columbia River Gorge in Washington;	{"Herbarium":"WTU"}	
2043	2023-10-22 21:37:19		Vascular Plants: Dicots	Crassulaceae	67405	Sedum stenopetalum		species		N	N	N	N	N	N	N	Native	Occurring chiefly east of the Cascade crest in Washington;	{"Herbarium":"WTU"}	
2044	2023-10-22 21:40:49		Vascular Plants: Dicots	Crassulaceae	67414	Sedum stenopetalum ssp. stenopetalum		infraspecies		Y	N	N	N	N	N	N	Native	Occurring chiefly east of the Cascade crest in Washington;	{"Herbarium":"WTU"}	
2045	2024-01-21 18:22:48		Vascular Plants: Dicots	Crassulaceae	67421	Sedum thartii		species		Y	N	N	Y	N	N	I	Introduced from Europe	Occurring west of the Cascades crest in Washington;	{"Herbarium":"WTU"}	Sporadically naturalized on road cuts and other disturbed areas in western Washington and southwestern B.C.<br><br>FNA8: "Most naturalized records of S. rupestre in North America have been incorrectly named S. reflexum."<br><br>Gallo and Zika (2014) determined that the names Sedum rupestre and S. reflexum are misapplied to North American plants; our plants can be assigned to Sedum thartii and S. forsterianum.
