Charles S. Hodges

North Carolina State University

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Donald E. Gardner

Institute of Electrical and Electronics Engineers

Acelino C. Alfenas

Universidade Federal de Viçosa

B. C. Sutton

Suffolk University

Frank A. Haasis

University of North Carolina at Chapel Hill

F.A. Ferreira

Universidade do Porto

T. B. Sutton

North Carolina State University

Margaret E. Barr

University of Massachusetts Amherst

Jerome J. Perry

Florida State University

Reis

Ricardo Prague (Czechia)

K.F. Wiersum

Wageningen University & Research

Cooperative Institutions

US Forest Service

United States Department of Agriculture

University of Pretoria

North Carolina State University

Westerdijk Fungal Biodiversity Institute

Universidade Federal de Viçosa

Agricultural Research Service

Plant (United States)

Mae Fah Luang University

Cornell University

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Uma nova enfermidade de aciculas de Pinus Sp. no Brasil, causada por Cylindrocladium pteridis.

Charles S. Hodges Reis F.A. Ferreira

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Citations (2)

Hawaiian Forest Fungi. I. A New Species of Phyllachora on the Tree Fern Cibotium glaucum

Mycologia (1981)

Charles S. Hodges

SUMMARYA new species of Phyllachora, P. cibotii, characterized by perithecia borne in well-developed linear stromata that occur only on frond stipes, is described from the endemic tree fem Cibotium glaucum in Hawaii.

Frond

10.2307/3759501

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Myrica faya: potential biological control agents

Charles S. Hodges Donald E. Gardner

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Citations (6)

Hawaiian Forest Fungi V. a New Species of Phellinus (Hymenochaetaceae) Causing Decay of Casuarina and Acacia

Mycologia (1985)

Michael Larsen Frances F. Lombard Charles S. Hodges

A previously undescribed species, Phellinus kawakamii, is reported to cause decay of heartwood in the butt portion of trees of Acacia koa var. koa, A. koaia, and Casuarina equisetifolia on Kauai, Oahu, and Hawaii in the Hawaiian Islands. Limited surveys, based on the occurrence of basidiocarps, indicate that at least 28–33% of the Casuarina trees and 12% of the Acacia koa var. koa trees examined are affected by the fungus. Although the fungus causes a white pocket-rot in all species, the morphology of the rot differs noticeably between Casuarina and the two Acacia spp.

Casuarina

Casuarina equisetifolia

Basidiocarp

Acacia mangium

10.2307/3793189

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Root Disease ofDelonix regiaand Associated Tree Species in the Mariana Islands Caused byPhellinus noxius

Plant Disease (1984)

Charles S. Hodges

10.1094/pd-68-334

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Citations (14)

Hawaiian Forest Fungi. IV. Rusts on EndemicAcaciaSpecies

Mycologia (1984)

Charles S. Hodges Donald E. Gardner

Four rusts, Uromyces digitatus, U. koae, Endoraecium acaciae, and E. hawaiiense, occur on endemic Acacia spp. in Hawaii. Endoraecium is a new genus erected to accommodate endocyclic species with pediceliate aecial teliospores. Uromyces koae, the only rust species previously reported from Acacia spp. in Hawaii, is shown to be demicyclic instead of macrocyclic as formerly believed. Uromyces digitatus, originally described from Australia as a demicyclic species, is shown to be macrocyclic in Hawaii. A microcyclic form of this species with teliospores indistinguishable from the macrocyclic form, also occurs in Hawaii. The symptomatology, biology, and host ranges of these rusts are described, and their possible taxonomic relationships are discussed.

Puccinia

Rust (programming language)

10.1080/00275514.1984.12023842

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Citations (20)

A New Species of Phyllachora on Persea

Mycologia (1969)

Charles S. Hodges

Persea

Lauraceae

10.1080/00275514.1969.12018805

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Citations (1)

The Perfect Stage of Cercospora Magnoliae

Mycologia (1964)

Charles S. Hodges Frank A. Haasis

Cercospora imagnoliae Ell. & Harkn. emended Hodges & Haasis causes a common leaf spot disease of Magnolia virginiana L. and M. grandiflora L. throughout the southeastern United States (4, 8). In the spring of 1962, a species of Mycosphaerella was found near Patrick, S. C., on dead leaves of M. virginiana which had overwintered on the ground. This fungus was found also at several locations in North Carolina and South Carolina and was present only on leaves which showed the characteristic symptoms of Cercospora leaf spot. Single ascospore isolates from the Mycosphaerella produced cultures identical to those of C. mnagnoliae made previously from single conidia. Inoculations made on seedlings of M. grandiflora and M. virginiana with conidia from single ascospore cultures using techniques described previously (4) produced typical symptoms of Cercospora leaf spot. The same Mycosphaerella was found sparingly on badly decomposed leaves of M. grandiflora infected with C. magnoliae, but attempts to make single ascospore isolates from this host were unsuccessful. Type material of several species of Mycosphaerella and closely related fungi on Magnolia spp. were obtained from several herbaria for comparison with the perfect stage of C. magnoliae. The latter fungus was distinctly different from any previously described on magnolia and is described herein as a new species with the following characteristics:

Mycosphaerella

Cercospora

Herbarium

10.1080/00275514.1964.12018081

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Citations (1)

Spore Surface Morphology of Hawaiian Acacia Rust Fungi

Mycologia (1985)

Donald E. Gardner Charles S. Hodges

Certain spore states of rust fungi on endemic Acacia spp. in Hawaii are typified by pedicellate spores with reticulate wall ornamentation and a series of equatorial germ pores. These spore states include aeciospores and urediniospores of the macrocyclic form of Uromyces digitatus, aeciospores of U. koae, and teliospores of Endoraecium acaciae and E. hawaiiense. Reticulate spores of this type are apparently rare among the rusts. Spore ornamentation of the Hawaiian rusts is similar to that found on other Acacia rusts in Australia, New Zealand, Taiwan, and Japan. The similarity of morphology and host may indicate a close phylogenetic relationship among these forms.

Reticulate

Morphology

Urediniospore

10.2307/3793356

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Citations (5)

A New Species of Eupenicillium from Soil

Mycologia (1973)

Charles S. Hodges Jerome J. Perry

10.2307/3758270

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Citations (1)