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Macromycetes of Pinacate and Great Altar Desert biosphere reserve, Sonora, Mexico

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Macromycetes associated with four different vegetation types in the Pinacate and Great Altar Desert biosphere reserve were studied over a one-year period. Twenty-seven taxa representing the Phallales and Agaricales were determined. Families represented include the Geastraceae (4), Agaricaceae (5), Phelloriniaceae (1), Lycoperdaceae (4), Schizophyllaceae (1), and Tulostomataceae (12). Of these, Montagnea arenaria and Podaxis pistillaris, which produced the highest number of collections, were the most widely distributed; species belonging to the Geastraceae and Lycoperdaceae showed a more restricted distribution. The most species-rich genus was Tulostoma with 12 taxa. Geastrum berkeleyi, G. schmidelii and Tulostoma mohavei are new records for México. Chorology and phenology of all species are outlined, and SEM micrographs of basidiospores representing six species are provided.
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MYCOTAXON
Volume 95, pp. 81–90 January–March 2006
Macromycetes of Pinacate and Great Altar Desert
biosphere reserve, Sonora, Mexico


*esqueda@cascabel.ciad.mx
1Centro de Investigación en Alimentación y Desarrollo
A.C. Apartado Postal 1735, Hermosillo 83000, Sonora. México
2Centro de Estudios Superiores del Estado de Sonora
Apartado Postal 11, Admón. 11, Hermosillo 83000, Sonora. México
3Laboratorio de Micología, Instituto de Biología, UNAM
Apartado Postal 70-233, Coyoacán 04510, México D.F. México
Abstract—        
           
Phallales Agaricales 
GeastraceaeAgaricaceaePhelloriniaceae
LycoperdaceaeSchizophyllaceaeTulostomataceaeMontagnea
arenaria Podaxis pistillaris,  
 GeastraceaeLycoperdaceae
Tulostoma 
Geastrum berkeleyi, G. schmidelii Tulostoma mohavei 


Key words
Introduction
        

           
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 
 
      
      
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

  Didymium
dubium Badhamia melanospora Fuligo intermedia Physarum
notabile P. robustum P. straminipes 
. Battarreoides diguetii 
Dictyocephalos attenuatus         Tulostoma
cretaceumT. fimbriatumT. leiosporum




Materials and methods
           
            

    



°





       

 








Table 1.
Localities N W Altitude Vegetation
Municipality of Sonoyta
    
    
   
    
    
Municipality of San Luis Rio Colorado
    
Municipality of Puerto Peñasco
    
    
    
    
Vegetation typ es          

Results and discussion
Phallales: Geastraceae
  
Geastrum G. berkeleyiG. kotlabae
G. schmidelii Geastrum berkeleyi,G. campestre G.
kotlabae,G. pseudolimbatum 



G. berkeleyi
Geastrum kotlabae   G. campestreG. pouzarii 



G. kotlabae     
 G. minimum  
          
      

Geastrum schmideliiG. pectinatum 


Table 2. 
SPECIES LOCALITIES
I II III IV V VI VII VIII IX X
Phallales, Geastraceae
Geastrum berkeleyi
Geastrum kotlabae  
Geastrum minimum
Geastrum schmidelii 
Agaricales, Agaricaceae
Longula texensis  
Chlorophyllum molybdites 
Endoptychum arizonicum
  
Montagnea arenaria        
Podaxis pistillaris        
Phelloriniaceae
Phellorinia herculeana

Lycoperdaceae
Abstoma stuckertii

Calvatia pygmaea  
Season: 

Table 2 (Reserve macromycete distribution), concluded
SPECIES LOCALITIES
I II III IV V VI VII VIII IX X
Disciseda hyalothrix 
Disciseda verrucosa 
Schizophyllaceae
Schizophyllum commune 
Tulostomataceae
Battarreoides diguetii
  
Schizostoma laceratum       
Tulostoma albicans 
Tulostoma cretaceum  
Tulostoma fimbriatum 
Tulostoma involucratum  
Tulostoma leiosporum    
Tulostoma mohavei  
Tulostoma nanum  
Tulostoma obesum        
Tulostoma pygmaeum 
Tulostoma xerophilum 
Season: 
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           


          



Agaricales: Agaricaceae         

           
AgaricaceaeMontagnea arenariaPodaxis pistillaris
  



Tulostoma obesum


Longula texensis, Chlorophyllum molybdites  Endoptychum arizonicum  
  .Longula texensis,     Gyrophragmium
dunalii


  Agaricus Chlorophyllum molybdites  
   
         
Endoptychum arizonicum



Agaricales: Phelloriniaceae      
Phellorinia
herculeana
  P. herculeana    
          
            



Agaricales: Lycoperdaceae     
          
Lycoperdaceae 
Abstoma stuckertii 

 Geastrum berkeleyi 
Geastrum schmidelii Abstoma stuckertiiDisciseda
hyalothrixDisciseda verrucosaTulostoma mohavei
 


Disciseda hyalothrix
Disciseda
D. hyalothrix         
 


    Disciseda verrucosa     
      
  



Calvatia pygmaeaCalvatia 
Lanopila
         
    



Agaricales: Tulostomaceae     
  
Battarreoides diguetii          

        

Schizostoma laceratum          



   Tulostoma     T. albicans,T.
mohavei  T. pygmaeum  T.
involucratum T. leiosporum
T. obesum,   
       
Tulostoma fimbriatum         
Tulostoma mohavei T. obesum, 
 
 T. mohavei, 
         
Tulostoma pygmaeum


Agaricales: Schizophyllaceae
         
Schizophyllum commune


Acknowledgments



Literature Cited
         

      
 
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
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            
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             

Geastrum 

Tulostoma 
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     
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Agaricus
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        
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 
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         
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            
sensu lato

Calvatia pygmaea



    Schizophyllum 

           



  

Disciseda verrucosa



Abstoma

   Geastraceae      


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

Tulostoma
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... Han sido numerosos los trabajos recientes Este trab~o se basa en la revisión de especímenes de publicados sobre Gasteromycetes de México, Gasteromycetes de la Colección de Hongos de XAL y tales como los de CALONGE & al. (2004); VAR es continuación de otro anterior (CALONGE & al., GAS-RODRÍGUEZ & VÁZQUEZ-GARCÍA 2004). Sólo en un caso se estudió un material tipo de (2005); ESQUEDA & al. (2006), OCHOA & IBUG Las observaciones al microscopio óptico se MORENO (2006), entre otros. hicieron montando las muestras en KOH al 5%. ...
... Comentarios. -Así como la especie tipo, T. fim briatum, aparece citada en numerosos trabajos de México (MORENO & al., 1995a;ESQUEDA & al., 2006), no sucede lo mismo con la variedad campestre, que se comporta como rara en ese territorio. Se puede considerar como una forma americana de T. fimbriatum europeo (WRIGHT, 1987). ...
... The Pinacate and Great Altar Desert biosphere reserve (PGAD) is in the northwest of the state of Sonora, Mexico. From this reserve, 45 fungal species are known (Esqueda et al. 2006(Esqueda et al. , 2013. The best-known group of fungi in the region is the gasteroid and among them, Dictyocephalos attenuatus (Peck) Long & Plunkett (1940: 697), Geastrum berkeleyi Massee (1889: 79), G. schmidelii Vittad., and tulostoma mohavei Lloyd (1920: 992) have been recorded for Mexico only from PGAD (Esqueda et al. 1998). ...
Article
A collection of a volvarioid species with whitish, medium-sized basidiomes and distinctive grooved stipe was found in sandy soil in the Sonoran Desert, northwest of Mexico. After a morphological comparison with the type specimen of Volvariopsis canalipes from Florida, USA, we found that both materials share a similar set of taxonomic characters that supports considering them to be conspecific. Some species formerly placed in Volvariella but characterized by a gelatinous pileipellis and large basidiospores (such as V. canalipes) are currently recognized in Volvopluteus. A phylogenetic analysis based on ITS and LSU sequences obtained from the Sonoran material, inferred its position in Volvopluteus and sister to Vp. gloiocephallus. Based on morphological and molecular information, the new combination Volvopluteus canalipes is proposed. This corresponds to the second record of this species after its original publication. A description of the Mexican collection accompanied with photographs and line drawings is included and complemented with a taxonomic discussion.
... The list of macro-and micromorphological features of Disciseda species recorded in Poland is presented in Tab. 1. Disciseda verrucosa in Europe was up to now recorded in the Czech Republic and Slovakia [6], Spain [10], and recently also in Germany [12]. Outside of Europe, the species is known from: North America [8][9][10][13][14][15][16][17][18], Australia, New Zealand [19,20], South Africa [9,21], and South America [22][23][24]. Disciseda verrucosa is a thermophilous species. ...
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The genus Disciseda in Poland until now was represented by two species: Disciseda bovista and D. candida . During the mycological investigations on the macromycetes fungi in the xerothermic grasslands of the Nida Basin, a species new for Poland from this genus, namely Disciseda verrucosa , was recorded. The basidiocarps of this species were found in the village Gacki (50°26'41" N, 20°36'34" E; ATPOL square Fe 24), in the village Wola Zagojska (50°26'41" N, 20°36'34" E; ATPOL square Fe 24), and in the Krzyżanowice Reserve (50°27'13" N 20°33'36" E; ATPOL square Fe 14), in the Ponidzie region. The basidiocarps of D. verrucosa were collected in the xerothermic grass, within Festucetum pallentis and Sisymbrio-Stipetum capillatae associations in the neighborhood of Festuca pallens , Stipa capillata , and Thymus marschalianus . On the basis of collected basidiocarps, macro- and microscopic characteristics were described and compared with other European Disciseda species. An identification key to the species of Disciseda occurring in Poland is given.
... En México se conoce de Baja California, Chihuahua, Oaxaca, Puebla, Querétaro, Quintana Roo, Sonora y Tlaxcala (Moreno et al., 2007; Tapia et al., 2008; Estrada-Torres et al., 2009). Esqueda et al., 2006Esqueda et al., , 2009) y a nivel mundial para África, Europa y Oceanía, aunque con pocos registros (Sunhede, 1989), D. attenuatus, Geastrum berkeleyi, G. mínimum, G. quadrifidum, G. schmidelii, Phellorinia herculeana, S. commune, Tulostoma albicans, T. involucratum, T. melanocyclum, T. Pérez-Silva et al., 1994; Esqueda et al., 1998). ...
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Las distinciones otorgadas a la Reserva de la Biosfera El Pinacate y Gran Desierto de Altar, debido a sus características ambientales y diversidad biológica, presagiaban que encontraríamos especies de hongos y mixomicetos con un conocimiento limitado sobre su distribución en el mundo. Más aún porque las especies registradas eran escasas, lo que justificó el financiamiento de esta investigación a través del primer Fondo Sectorial SEMARNAT del Consejo Nacional de Ciencia y Tecnología (CONACYT) que se abrió en México. De los criterios que seguimos para realizar las exploraciones en búsqueda de hongos fue ubicar los sitios de muestreo en la Zona Límite, Zona Escudo Volcánico y Zona Húmeda. Estas localidades se estudiaron en las cuatro épocas en diferentes años. Después de agotarse los fondos del CONACYT, la continuidad de la investigación fue posible gracias al apoyo de la Comisión Nacional para el Conocimiento y Uso de la Biodiversidad. Asimismo la finalización de los muestreos e impresión del libro, con recursos económicos principalmente de la Universidad Estatal de Sonora (UES). Estos esfuerzos conjuntos hicieron posible la culminación de esta obra. La pasión transmitida por la Ecól. Martha Coronado a sus estudiantes de la Licenciatura en Ecología del UES, generó siempre un gran equipo de colaboradores. Que hicieron las exploraciones genialmente amenas ¡aún las atascadas en las dunas! Siempre imperó la chispa creativa para resolver cada inconveniente. Asimismo caracterizadas por su imán para encontrar hongos y mixomicetos en este ambiente aparentemente inhóspito. Para los micólogos resultaron agradables sorpresas encontrando especies poco conocidas a nivel mundial y varias de las cuales se conocen únicamente para esta reserva en nuestro país. Los autores, biólogos y ecólogos, agradecemos por permitirnos realizar este trabajo. Sin duda fue un gran regalo y pretendemos compartirlo con los lectores, a los cuales esperamos motivar para que visiten este lugar ¡mágico! No se pierdan la oportunidad de conocer la Reserva de la Biosfera El Pinacate y Gran Desierto de Altar. ¡BIENVENIDOS!
... Other species have a restricted distribution: T. floridanum Lloyd, T. submembranaceum G. Moreno et al., and T. mohavei Lloyd. This last species was found in the Pinacate and Great Altar Desert Biosphere Reserve (Esqueda et al. 2006). ...
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Tulostoma gracilipes is reported for the first time in the Americas. Since this species was only known in the type locality of South Africa, this record from Mexico represents the second worldwide. Observations of macro- and microscopic characters for the holotype and Sonoran collection are presented. SEM photomicrographs illustrating spore ornamentation are included.
... DISTRIBUTION. North America (Morales and Kimbrough 1978, Pérez-Silva et al. 2000, Gilbertson et al. 2001, Esqueda et al. 2006, Moreno et al. 2007, Bates 2009, Moreno et al. 2010, South America (Kuhar et al. 2012), South Africa (Bottomley 1948), Australia (Cunningham 1942, Grgurinovic 1997. TAXONOMIC REMARKS. ...
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In this study, five species of the genus Disciseda are reported for the semiarid region of Northeastern Brazil. Disciseda anomala (Cooke & Massee) G. Cunn. and D. hyalothrix (Cooke & Massee) Hollos are new records for South America; D. verrucosa G. Cunn. is recorded for the first time in Brazil; D. bovista (Klotzsch) P. Henn. and D. candida (Schwein.) Lloyd are new records for Northeastern Brazil. Detailed descriptions of the specimens, comments, illustrations, SEM photos of basidiospores and keys are provided.
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La diversidad fúngica de Colima, México ha sido escasamente estudiada con solo 80 especies de hongos macroscópicos no liquenizados y 2 especies de mixomicetos reportadas. La mayoría de los registros corresponden al siglo pasado y se han enfocado en las zonas templadas del estado. Se presenta un estudio de la diversidad de hongos macroscópicos y mixomicetos en Colima, México, con registros nuevos. Se llevaron a cabo muestreos en 8 localidades de 6 municipios, incluyendo zonas urbanas. Se adicionan 38 registros nuevos, de los cuales 5 pertenecen a Ascomycota, 21 a Basidiomycota y 12 a mixomicetos. Los géneros mejor representados en los muestreos fueron Geastrum (5 especies) y Didymium (3 especies). Geastrum chamelense e Itajahya galericulata corresponden al segundo y tercer registro nacional, respectivamente. Se aumenta a 106 el número de registros de especies de hongos y a 14 el de mixomicetos, dando un total de 120 taxones. Se sugiere realizar muestreos más extensos en zonas no exploradas, con énfasis en los grupos de hongos menos estudiados, tales como ascomicetos y basidiomicetos como hongos ramarioides, gasteroides y gelatinosos, así como cultivos en cámara húmeda para mixomicetos.
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Los matorrales ocupan grandes extensiones en el Noreste de México, pero en ellos pocas especies de macrohongos han sido citadas. El objetivo de este estudio fue conocer su diversidad asociada a matorrales. Los resultados demostraron una diversidad de 218 taxa de hongos pertenecientes a 145 géneros y 62 familias. En los estados de Nuevo León y Tamaulipas se distribuyeron 186 especies, 23 solo en Tamaulipas y nueve únicamente en Nuevo León. De ellos, 34 son nuevos registros para el Noreste de México. Los basidiomicetos son los más diversos con 187 especies, 125 géneros y 50 familias, le siguen los ascomicetos con 23 especies, 13 géneros y siete familias. Los mixomicetos (antes considerados hongos) son menos abundantes, con ocho especies, siete géneros y cinco familias. En cuanto a los géneros con mayor riqueza: Xylaria está representado por 14 taxones, Amanita con 10, Lactarius y Lentinus con seis, Ganoderma, Phellinus y Geastrum por cuatro, Boletus con tres y el resto menos de tres. Con respecto a la comestibilidad de los taxones, se registraron 175 no comestibles, 18 comestibles y 25 tóxicas. En relación al hábito de crecimiento, 62 son micorrícicos, 117 saprobios, 31 parásitos y ocho fagotróficos. La distribución altitudinal de 94 taxa se ubicó entre 100 y 500 m, 124 especies en un intervalo de 500 a 700 m. Los hongos micorrícicos y parásitos se asociaron a 41 especies de plantas.
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Antecedentes y Objetivos: El género Tulostoma agrupa especies que se caracterizan por sus basidiomas angiocárpicos con un saco esporífero, poseyendo un ostiolo o boca apical y un estípite bien definido. A nivel mundial se conocen 173 especies y se han reportado 49 en México. Una de las pocas especies del género con hábito lignícola es T. exasperatum, que, en combinación con sus características morfológicas, la definen claramente. El objetivo de este trabajo es presentar a T. exasperatum como primer registro para México. Métodos: El material fue recolectado en el rancho “Las Maravillas de Acahuato”, municipio de Apatzingán, estado de Michoacán, México. El ejemplar fue caracterizado macro- y microscópicamente mediante fotografías in situ, microscopía polifocal, de luz y electrónica de barrido. La identificación se realizó mediante literatura especializada. El material estudiado se depositó en la colección de macromicetos del Herbario Nacional (MEXU) del Instituto de Biología de la Universidad Nacional Autónoma de México. Resultados clave: Se registra por primera vez a Tulostoma exasperatum basado en la descripción de descripción de especímenes mexicanos. La especie se distingue por su exoperidio con verrugas cónicas a piramidales de color marrón rojizo, que al desprenderse dejan marcas a manera de retícula en el endoperidio, ostiolo fimbriado y basidiosporas reticuladas aladas. Además es característico su hábito lignícola en suelos ricos en materia orgánical. Conclusiones: Tulostoma exasperatum presenta distribución pantropical. La morfología de las células de las verrugas del exoperidio son una fuente de información taxonómica poco estudiada. El catálogo de especies del género Tulostoma para México se eleva a 50 y el número de Agaricomycetes gasteroides en Michoacán a 38.
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In this research 32 species of gasteroid fungi (Agaricomycetes) of 10 locations in the central plains of the Sonoran Desert during the four seasons in three types of vegetation were studied. The orders included are: Agaricales: (26 spp.) and Geastrales (6 spp.). Tulostoma, Geastrum and Disciseda were the genera well represented. New records for Mexico are: Geastrum mammosum and Tulostoma subsquamosum. The highest number of species was observed in winter (26) and spring (13). The greatest diversity was recorded in microphyllous desert scrub (26 spp.), followed by sarcocaule scrub (21) and mezquital (17).
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Fifteen species of Tulostomataceae from the Baja California Peninsula, Mexico were studied. A thorough macroscopic and microscopic study of the species was undertaken, including observations of spores under the scanning electron microscope. Tulostoma submembranaceum is proposed as a new species. Tulostoma exitum is a new record for America. Tulostama meridionale and T. macrocephalum are new records for Mexico. Tulostama albicans and T. pygmaeum are new records for Baja California. Tulostama utahense is proposed as a synonym of T. meridionale.
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The presence of Disciseda verrucosa in the American continent (Mexico) is confirmed. Material previously recorded and new collections are described micro- and macroscopically, and were compared with the holotype. Photomicrographs under SEM are provided.
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Lanopila pygmaea, a species only known by the original description from Argentina and Bolivia, has been collected 90 years later in arid areas of Baja California Sur (Mexico). Its combination with the genus Calvatia is proposed. Photomicrographs under LM and SEM are included.
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Seventeen species of Tulostoma from 92 collections found in Sonora (Mexico) were studied. Four species: Tulostoma cyclophorum, T. floridanum, T. involucratum, and T. squamosum are new records for Mexico. Most of the studied material was collected in microphyllous desert scrub and tropical thorn forest during summer and winter. Tulostoma fimbriatum was the only species observed in arid, semiarid and temperate areas. Tulostoma floridanum and T. squamosum showed a restricted distribution in tropical deciduous forest. SEM photographs of spore ornamentation are provided.
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With the purpose of contributing to the knowledge of the taxonomy and ecology of the species of Geastrum, three priority regions for conservation of biodiversity from Sonora, Mexico were sampled. The survey was conducted during the four seasons of the year in six vegetation types. Sampling localities were characterized by biotic and abiotic factors based upon topographic and subject charts as well as physical and chemical soil analyses. Seventeen species of Geastrum were determined, six are reported for the first time from Sonora, G.pouzarii and G. pseudolimbatum being new records for the Mexican mycobiota. The highest number of specimens were collected in tropical thorn forest and tropical deciduous forest. Although gastrocarps of Geastrum were observed throughout the year, they were more commonly found during summer and autumn.
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During a survey of the genus Morganella and based on the examination of herbarium material only, three species were recorded from South America: Morganella costaricensis, M. fuliginea and M. velutina. M. costaricensis is the first record for South America. M. puiggarii is proposed as a synonym of M. fuliginea. The genus appears to be of temperate to pantropical distribution.