New taxa ofCosmarium Corda (Desmidiaceae) from Karnataka State,India

Six new taxa including two new species (Cosmarium bourrellyi Bongale sp. nov. andC. desikacharyi Bongale sp. nov.) and four new varieties (C. auriculatum var.protrusum Bongale var. nov.,C. pachydermum var.inflatum Bongale var. nov.,C. pseudoconnatum var.tuberculans Bongale var. nov. andC. quadrum var.rotundatum Bongale var. nov.) are reported. Algae were collected from a paddy field at Belgaum.     

Rare and new desmids (Desmidiaceae, Chlorophyta) from Japan

A number of rare or unknown desmid species were revealed in samples collected from a range of aquatic habitats in Japan. In the present paper we describe one new species of the family Desmidiaceae, Staurastrum tsukubicum sp. nov. and report the presence in Japan of two species, Staurastrum levanderi Grönbl. and Cos-marium dilatatum Lütkem. in Järnefelt et Grönblad, previously found only in Europe. One taxon, Euastrum englerii Schmidle var. madagascariense Bourr. et Manguin, is renamed as Euastrum biverrucosum nom. nov. et stat. nov. The morphology of these taxa was studied using light and scanning electron microscopy and their taxonomic affinities are discussed.     

Seven new species of Penicillium and a new variety of Penicillium novae-caledoniae Smith

Seven new species of Penicillium Link ex Fries and a new variety of Penicillium novae-caledoniae Smith are described and illustrated. Four of them have been recovered from the air in Madrid, Spain, one from beech leaves litter in a beech forest near Nancy, France, two from sandy soils in Madrid, and one from an andosol in the Spanish Province of Navarra. They clearly differ from all species of the genus described so far and are, therefore, described and proposed as new taxa: Penicillium turolense sp. nov., Penicillium murcianum sp. nov., Penicillium ovetense sp. nov., Penicillium asturianum sp. nov., Penicillium onobense sp. nov., Penicillium castellonense sp. nov., Penicillium aragonense sp. nov., and Penicillium novae-caledoniae Smith, var. album var. nov.     

Bromus salangensis sp. nov. (Gramineae), a perennial brome grass from Afghanistan

During work on a new synopsis on the genus Bromus L. for the ‘Flora Iranica’ region, an Afghan perennial brome grass previously identified as the Caucasian B. biebersteinii Roem. & Schult., was found to be a new species. It is described here as B. salangensis sp. nov. This discovery rejected the record of B. biebersteinii for Afghanistan.     

Late paleocene flora of the northern Alaska Peninsula: the role of transberingian plant migrations and climatic change

For the first time, the Late Sagwon Flora is described from the upper beds of the Prince Creek Formation (Upper Paleocene) at the Sagavanirktok River (northern Alaska Peninsula). The flora is dominated by the angiosperm Tiliaephyllum brooksense Moiseeva et Herman sp. nov. and conifer Metasequoia occidentalis (Newb.) Chaney. The Late Sagwon Flora is most similar to the Danian or Danian-Selandian flora from the middle part of the Upper Tsagayan Subformation (Amur Region) and lower part of the Wuyun Formation (Heilongjiang Province, China). This similarity allows us to hypothesize that the genus Tiliaephyllum, which dominated in the Late Tsagayan Flora, migrated via the Bering Land Bridge from southern paleolatitudes of the Far East to high latitudes of the Arctic Pacific, due to the progressively warming climate of the Paleocene. Additional new angiosperm species are described from the Late Sagwon Flora: Archeampelos mullii Moiseeva et Herman sp. nov., Tiliaephyllum brooksense Moiseeva et Herman sp. nov., and Dicotylophyllum sagwonicum Moiseeva et Herman sp. nov.     

New and interesting desmids (Zygnematales, Chlorophyceae) collected from Asia

Many desmid taxa were found in collections from Asia (Japan, Cambodia, Malaysia and Thailand). The following 21 new taxa and two new combinations belonging to five genera (Closterium, Euastrum, Cosmarium, Xanthidium and Staurastrum) and a rare species of Xanthidium, are reported. These include Closterium nasutum Nordstedt var. kazukoae Kanetsuna var. nov., Closterium nematodes Joshua var. nematodes f. kriegeri Kanetsuna f. nov., Euastrum binale (Turpin) Ehrenberg ex Ralfs var. protuberans Kanetsuna var. nov., Euastrum borgeanum Scott et Prescott var. cambodiense Kanetsuna var. nov., Euastrum dubium Nägeli var. protuberans Kanetsuna var. nov., Euastrum fissum W. et G. S. West var. yasukoae Kanetsuna var. nov., Euastrum gemmatum Brébisson var. tenuius Krieger f. porosum (Förster) Kanetsuna comb. nov., Euastrum pseudojenneri Scott et Prescott var. glabrum Kanetsuna var. nov., Cosmarium denticulatum Borge var. multispinum (Hirano) Kanetsuna comb. nov., Cosmarium furcatospermum W. et G. S. West var. fallax Kanetsuna var. nov., Cosmarium pileatum Borge var. cambodiense Kanetsuna var. nov., Cosmarium retusiforme (Wille) Gutwinski var. incrassatum Gutwinski f. retusum Kanetsuna f. nov., Cosmarium trapezoideum Kanetsuna sp. nov., Cosmarium zonatum Lundell var. zonatum f. majus Kanetsuna f. nov., Xanthidium cristatum Brébisson var. delpontei Roy et Bisset f. mizoroensis Kanetsuna f. nov., Xanthidium fasciculatum Ehrenberg ex Ralfs var. siamense Kanetsuna var. nov., Xanthidium pseudofreemanii Kanetsuna sp. nov., Xanthidium subtrilobum W. et G. S. West var. inornatum Skuja f. depressum Kanetsuna f. nov., Xanthidium subtrilobum W. et G. S. West var. inornatum Skuja f. singulare Kanetsuna f. nov., Staurastrum boergesenii Raciborski var. verrucosum Kanetsuna var. nov., Staurastrum dickiei Ralfs var. polypyrenoideum Kanetsuna var. nov., Staurastrum neglectum G. S. West var. fuseense Kanetsuna var. nov., Staurastrum trissacanthum Scott et Prescott var. dissacanthum Scott et Prescott f. longispinum Kanetsuna f. nov., and a rare interesting form, Xanthidium superbum Elfving var. centricornis Prowse.     

共头霉的单孢孢子囊变种

我们从江苏、浙江两省采到的一些样品中分离得到六株毛霉菌种并鉴定为分别属于三个变种的同一个新种,即单孢共头霉原变种(Syncephalastrum monosporum Zheng et al.sp. nov. var. monosporum),单孢共头霉冠囊变种(Syncephalastrum monosporum Zheng et al. var. cristatum Zheng et al. var. nov.),以及单孢共头霉多重生变种(Syncephalastrum monosporum Zheng et al. var. pluriproliferum Zheng et al. var. nov.).它们与共头霉属的唯一已知种总状共头霉(Syncephalastrum racemosum Cohn ex Schroeter)的主要区别在于全部孢子囊都是单孢的小型孢子囊(柱孢囊)而不是像后者一样孢子成单行排列的多袍柱孢囊.我们把这些菌归人共头霉属而没有为它们专门成立一个新属的理由除因它们与总状共头霉有明显的亲缘关系外,主要还因我们认为在不具备其它重要区别特征的情况下,在毛霉目的分类中,无论在科级或属级的水平上,都不应过分强调单孢孢子囊的作用.尽管单孢共头霉是毛霉目内唯一具单孢子柱孢囊的种,我们仍然把它们归入共头霉属内.至于我们为什么要把这六株菌鉴定为一个种的三个变种而不是三个各自独立的种,则是由于我们承认共头霉属的唯一已知种总状共头霉是一个变异性很大的种而并没有把它分成许多不同的种,因此,我们对这个属的另外一个种,即单孢共头霉同样采用较大的种概念.     

FIVE NEW SPECIES AND ONE NEW RECORD SPECIES OF THE ANT GENUS LEPTOGENYS ROGER (HYMENOPTERA: FORMICIDAE) FROM YUNNAN PROVINCE,CHINA*

Abstract Five new species of the ant genus Leptogenys Roger are described from Xishuangbanna, Yunnan Province, China, i.e. L. huangdii sp. nov. L. pungui sp. nov. L. zhuangzii sp. nov. L.Zaozii sp. nov. L. mengzii sp. nov. A new record species for China, L. crassicornis Emery, was collected in the same area. A key based on worker caste is prepared for the 13 species known in China. Detailed figures are given for 12 species except L. peuqueti (Andre). The known Chinese species are divided into 4 species groups, i.e. L. crassicornis ‐group, L. chinensis‐ group, L diminuta ‐group, and L zhuangzii‐group.     

Notes on the genus Inocybe of Japan: I

 Three species of the genus Inocybe are reported as new species or new records from Japan. Inocybe phaeodisca Kühner var. geophylloides Kühner is redescribed by specimens collected in Chiba Prefecture; this is the first record of I. phaeodisca var. geophylloides for Japan. Inocybe pseudoreducta Stangl & Glowinski is also redescribed by materials collected in Hokkaido and Chiba Prefecture, new to Japan. Inocybe subtilis Takahito Kobayashi sp. nov. is proposed for material collected from Tokyo. The sectional position of this species is noted. Received: January 4, 2002 / Accepted: February 25, 2002     

FIVE NEW SPECIES OF THE GENUS LEPTUS LATREILLE FROM MT. HUPINGSHAN OF HUNAN CHINA* (ACARI: ERYTHRAEIDAE)

Abstract This paper reports five new larval mite species belonging to the genus Leptus Latreille 1796, that is, L. hupingshunicus sp. nov., L. shimenensis sp. nov., L. brachypodos sp. nov., L. dolichopodos sp. nov., and L. sulciscutus sp. nov. All species were collected by using the Malaise Trap from Mt. Hupingshan, Shimen County, Hunan Province, China.     

First Report of Tomato infectious chlorosis virus on Tomato in Bulgaria

Virus‐like chlorotic symptoms were observed on tomato plants, cv. Velocity, grown in a greenhouse, region of Plovdiv. Samples collected from the leaves with interveinal yellowing and with initial interveinal chlorosis were tested for virus presence. Only the samples collected from the upper leaves with slight interveinal chlorosis were positive for Tomato infectious chlorosis virus (TICV) in indirect ELISA. Further, RT‐PCR analysis with specific primers for Tomato chlorosis virus (ToCV) heat shock protein 70, for TICV heat shock protein 70 and for TICV minor capsid protein was positive for TICV in all tested samples. No signals were obtained with primers for ToCV. Phylogenetic analysis showed that the Bulgarian sequence of Hsp70 and a sequence of Greek isolate clustered together having the highest resampling score. Regarding CPm, the Bulgarian isolate was more relevant to the French isolate. The obtained results from phylogenetic analysis supported the idea of a close relationship between the Bulgarian and Greek isolates.     

Rinvenimenti floristici in Piemonte

Abstract

New discoveries concerning the Piedmont Flora. – The Author's research on the Piedmont Flora – corried on from 1969 up to 1974 – led to the discovery of new stations of the following entities, that are to be considered of special interest for the Flora in Piedmont. Here they are: Cyperus strigosus L.; Scirpus atrovirens Willd.; Platanus orientalis L.; Ulmus levis Pall.; Rumex paluster Sm. (= Rumex maritimus L. var. limosus (Thuill.); Mollugo verticillata L.; Cardamine flexuosa Wth.; Diplotaxis erucoides DC.; Spiraea japonica L.; Physocarpus opulifolius (L.); Potentilla supina L.; Acer saccarinus L.; Impatiens glandulifera Royle; Euphorbia prostrata Ait.; Euphorbia humifusa W.; Sicyos angulatus L.; Cyclamen hederifolium Aiton; Erigeron karwinskyanus DC. var. mucronalus DC.; Artemisia annua L.; Siegesbekia orientalis L.; Bidens frondosa L.; Ambrosia trifida L.

On the ground of the present contribution it results that some species – considered as rare or at least not very numerous in Piedmont – are probably more frequent than it was known in the past.

The Author's assumption that some of them – seen along the streams – are more widely distributed should proverright.     

A new species of <Emphasis Type="Italic">Brasiliomyces</Emphasis> (Erysiphaceae) on <Emphasis Type="Italic">Dalbergia cultrata</Emphasis> var. <Emphasis Type="Italic">cultrata</Emphasis> from Thailand

A powdery mildew fungus on leaves of Dalbergia cultrata var. cultrata (Fabaceae) collected at the Queen Sirikit Botanical Garden in northern Thailand is proven to be a new species of the genus Brasiliomyces and is described as B. chiangmaiensis sp. nov. with light and SEM micrographs. Differences in known Brasiliomyces species are discussed, and a key to species of this genus is provided.     

Distichophyllum chenii B.C.Ho sp. nov. (Daltoniaceae) from Southeast China

Abstract

Despite the genus Distichophyllum having been revised recently for the Moss Flora of China, upon examination of a wide range of both Chinese and non-Chinese material a distinct new species was found among existing specimens collected from China. The new species, Distichophyllum chenii, is described based on specimens previously misidentified and reported as Distichophyllum cirratum var. cirratum. Published illustrations of D. cirratum var. cirratum based on a misidentified collection of D. collenchymatosum are highlighted to avoid further future taxonomic confusion.     

Novelties in spermacoceae (Rubiaceae) from Bolivia and Paraguay

One new Bolivian species (Borreria pazensis) and three new varieties (Borreria densiflora var.minima, Richardia, scabra var.chacoensis andStaelia virgata var.killeenii) are described and illustrated. The genusDiodella, with three species (D. apiculata comb. nov., D. radula comb. nov., andD. teres), is reported for the first time.Borreria limae, B. wunschmannii, B. scabiosoides var.scabiosoides, andB. scabiosoides var.anderssonii are also reported as new to Bolivia.     

SYSTEMATICS OF TRIPSACUM DACTYLOIDES (GRAMINEAE)

Tripsacum dactyloides (L.) L. extends across the range of this genus from about 42°N to 24°S latitude in the New World. It is recognized to include T. dactyloides var. dactyloides (North America), var. meridonale deWet et Timothy (South America), var. hispidum (Hitchc.) deWet et Harlan comb. nov. (Mesoamerica) and var. mexicanum deWet et Harlan var. nov. (Mesoamericana). The genus is divided into sections Tripsacum and Fasciculatum. Mesoamerican members of section Tripsacum are classified into T. bravum Gray, T. dactyloides (L.) L., T. intermedium deWet et Harlan spec, nov., T. latifolium Hitchc., T. manisuroides deWet et Harlan spec. nov. and T. zopilotense Hern,*** et Randolph. A key to the species of section Tripsacum is presented.     

Cryptic,adaptive radiation of endoparasitic snails: sibling species of <Emphasis Type="Italic">Leptoconchus</Emphasis> (Gastropoda: Coralliophilidae) in corals

Coral reefs are renowned as complex ecosystems with an extremely large biodiversity. Parasite-host relationships contribute substantially to this, but are poorly known. We describe the results of a study in which approximately 60,000 corals were searched for parasitic Leptoconchus snails (Gastropoda: Coralliophilidae) in Indo-West Pacific waters of Egypt, the Maldives, Thailand, Palau and Indonesia. We discovered an adaptive radiation of 14 snail species, each of which lives in species-specific association with one or more of 24 mushroom coral species. The 14 snail species are described as new to science under the names Leptoconchus inactiniformis sp. nov., L. inalbechi sp. nov., L. incrassa sp. nov., L. incycloseris sp. nov., L. infungites sp. nov., L. ingrandifungi sp. nov., L. ingranulosa sp. nov., L. inlimax sp. nov., L. inpileus sp. nov., L. inpleuractis sp. nov., L. inscruposa sp. nov., L. inscutaria sp. nov., L. intalpina sp. nov., and L. massini sp. nov. Their separation is based on indisputable molecular differences, whereas the rudimentary shell characters or impoverished anatomical details do not allow identification. The coral hosts also serve to distinguish the snail species, as none of the former was found to contain more than one of the latter. The complexity of coral reefs is still underrated, as is shown here by the application of DNA taxonomy as an indispensable approach to unravel cryptic radiations, which must be known in order to understand the functioning of the ecosystem.