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6 8<br />

NOTES AND COMMENTS<br />

FROM A SYMPOSIUM ON "THE FUTURE OF MYCOLOGY" (MSA 1984 ANNUAL MEETING, FORT COLLINS, COLORADO)<br />

Prospects for <strong>Mycological</strong> Contribution to Mycorrhizology : A Promising Mutual ism<br />

The symposium on "Future Directions in Mycology" has led to a diverse set <strong>of</strong> reactions<br />

from mycologists. There have been three major themes presented to this point: the impor-<br />

tance attached to mycologists as they can identify members <strong>of</strong> the kingdom Myceteae, the loss<br />

<strong>of</strong> existing jobs in mycology, and the inability to convince administrators to hire mycologists<br />

in new positions. I will suggest an alternative approach. Often the perception by others <strong>of</strong><br />

the first point has led to the last two problems; the last two problems cannot really be ad-<br />

dressed by mycologists. I be1 ieve the future <strong>of</strong> mycology as a discipline rests not with<br />

administrators who make appointments but with the workers in the field. Mycologists must<br />

make their future, not expect it to be given to them.<br />

In 1976 there were seven papers published on mycorrhizae in MYCOLOGIA, nine new mycor-<br />

rhizal projects reported in the MSA NEWSLETTER, 46 "fungal-oriented" papers on mycorrhizae<br />

listed in BIOLOGICAL ABSTRACTS, and 79 total mycorrhizal papers listed in BIOLOGICAL ABSTRACTS.<br />

In 1983, there were six papers published on mycorrhizae in MYCOLOGIA, eight new mycorrhizal<br />

projects reported in the MSA NEWSLETTER, 49 "fungal-oriented" papers on mycorrhi zae 1 i sted<br />

in BIOLOGICAL ABSTRACTS, and 186 total papers on mycorrhizae listed in BIOLOGICAL ABSTRACTS.<br />

There was a 2.4-fold increase in total publications dealing with mycorrhizae with no increase<br />

in the rate <strong>of</strong> mycological contributions to this field. I suggest that these figures indi-<br />

cate that there has been a major recent "awakening" in the study and significance <strong>of</strong> mycor-<br />

rhizae that has not incl uded mycologists . The 1982 symposi um on mycorrhi zae co-sponsored by<br />

the Ecological <strong>Society</strong> <strong>of</strong> <strong>America</strong> and the <strong>Mycological</strong> <strong>Society</strong> <strong>of</strong> <strong>America</strong> had nine participants,<br />

only two <strong>of</strong> whom were mycologists. Our 1984 symposium had five MSA members out <strong>of</strong> eight<br />

participants, but it appears that an understanding <strong>of</strong> one <strong>of</strong> the two symbionts, the fungus,<br />

is being sadly neglected.<br />

Mycologists have a rich heritage <strong>of</strong> mycorrhizal research. Mycorrhi zae were originally<br />

described in a project designed to grow truffles. Early mycorrhi zal research was primarily<br />

completed by mycologists and foresters. However, at present, most appl ied and basic research<br />

is being completed by ecologists and plant pathologists. This research is concentrated in<br />

four major areas: production and nutrient cycling, surveys, benefits to the host, and tax-<br />

onomy. Ecosystem ecologists continue to dominate the first area. Most recent estimates<br />

suggest that mycorrhizal fungi represent a 4% direct carbon drain on plants and are a rel-<br />

atively small biomass component. Comnunity ecologists and some mycologists are extensively<br />

involved in survey work. However, surveys generally do not describe the fungal types and<br />

their habitats but concentrate on what plant species form mycorrhizae. Physiological and<br />

growth benefits to the host plant in response to mycorrhizae have predominantly come from<br />

plant pathologists and physiologists . Indeed, when working on mycorrhi zae, one can become<br />

a reasonable plant physiologist because an adequate data base exists to describe the plant<br />

response. However, minimal fungal physiology data exist to apply to the interaction. We<br />

are missing basic organismal physiology dealing with fungal nutrient transport capacity,<br />

water re1 ations and carbohydrate needs. These relati onships are essential to continue our<br />

research on the physiology <strong>of</strong> the symbiosis. The one area in which mycologists dominate the<br />

research is in taxonomy. Although this area is extremely important, it is <strong>of</strong>ten perceived<br />

as a hindrance to scientific progress, and more effort to relate taxonomic differences to<br />

functioning differences should be made.<br />

I be1 ieve job prospects for mycologists working with mycorrhizae have never been better.<br />

There are numerous jobs particularly in ecology and agriculture in which experience with<br />

mycorrhizae is a highly desirable trait. Reclamation, agribusiness (particularly mycorrhiza--<br />

ferti 1 izer interactions) and genetic engineering companies are a1 1 involved in mycorrhiza-<br />

related projects. Funding for mycorrhizal research through NSF and USDA has never been higher.<br />

However, to compete for these opportunities, mycologists must be aggressive and have some

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