| Mycorizon : Newsletter of the New Mexico Mycological Society | |
| June 2006 | Volume 4 Number 6 |
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What's This?
Readers will quickly have noticed that this is not the usual attractive, well-crafted Mycorizon to which they have become accustomed. It resembles more the paleolithic scratchings which this writer used to circulate during the last millennium. Ann Floyd, our intrepid editor, informed me that she would not be able to put together the newsletter this month. To this I responded that she certainly deserved some time off and that I was up to the task. I also stated that I would try not to embarrass her too badly. Fully confident, I opened up the desktop publishing software she uses and realized that I was at the absolute bottom of the learning curve. Time and intimidation finally convinced me to return to a format I remembered, if only vaguely. This points out to me how indebted we are to Ann's skill and dedication as our editor and publisher. A few of us help her fold pages and lick stamps, but month after month it is Ann who brings our newsletter to life. September Meeting? |
No Regular Meeting in July |
|
Next Meeting:
Monday, June 5th 2006 7:30pm
at the
NM Museum of Natural History Program presented by Andrea Porras-Alfaro: Nitrogen enrichment effect on endophytic and soil fungal communities in a semi-arid grassland Semi-arid and arid grasslands constitute approximately one third of the earth's terrestrial ecosystems. As is the case with other ecosystems, they can be subjected to dramatic increases in nitrogen deposition due to anthropogenic activities. Microbial diversity in arid and semi-arid grasslands is practically unknown, and the characteristic micro-topography (e.g., tussocks and cyanobacterial-crust soil communities) makes these systems ideal to study microbial distribution patterns. I am studying the effect of nitrogen deposition on fungal communities in a semi-arid grassland at the Sevilleta National Wildlife Refuge (SNWR), New Mexico. To evaluate the effect of nitrogen deposition, an extensive survey of the diversity and distribution patterns (temporal and spatial) of endophytic and soil fungal communities has been conducted using a sequence-based approach. | |