Titlebook: Microbial Ecology of Leaves; John H. Andrews,Susan S. Hirano Conference proceedings 1991 Springer-Verlag New York Inc. 1991 biology.ecolog

Detoxification

especially in the period 2007–2008. This has led to an important economic development of this industrial sector and the appearance of many effects in both rural and urban landscapes. Nevertheless, in the last years, the situation of the photovoltaic sector has changed noticeably, as the exponential

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Credence

Susan S. Hirano,Christen D. Uppers in areas with high wind potential must be balanced against their inevitable impact on the landscape and other environmental concerns. Conflicts can arise because wind turbines tend to be located in natural areas on which they have a strong visual impact, especially as there is a widespread belief

Radiculopathy

tooth-decay

The Phyllosphere as an Ecologically Neglected Milieu: A Plant Pathologist’s Point of View starting date for phyllosphere research because that is when the term phyllosphere was introduced almost simultaneously by Last (1955) and by Ruinen (1956), respectively, as follows: “The presence of a highly developed non-parasitic flora near the living roots, the rhizosphere, has for long been re

Nucleate

jumble

Aerobiology: The Atmosphere as a Source and Sink for Microbesrt. Each step in the dispersal sequence, take-off—transport—deposition, is influenced by atmospheric behavior. For leaves where takeoff is occurring, the atmosphere is a sink; conversely, where landing is occurring, it is a source. In this chapter we will review our understanding of the influences o

instulate

Submerged Leaf Surfaces as a Microbial Habitateaf surfaces. The present volume and the four previous volumes (Preece and Dickinson, 1971; Dickinson and Preece, 1976; Blakeman, 1981; Fokkema and van den Heuvel, 1986) are quite narrowly restricted to the aerial phyllosphere. Information on the microbiology of submerged leaf surfaces is, in contra

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Influence of Leaf Surface Features on Spore Deposition and the Epiphytic Growth of Phytopathogenic Fhese surfaces and the leaf surface provides a physical environment suitable for growth and reproduction. For phytopathogenic fungi, the leaf surface represents a temporary, supportive environment, but a surface that must be breached before a successful pathogenic interaction can become established.

Awning

Analysis of Spatial Patterns in the Phyllospherel and biological. Microbial activity can be directly affected by the environment, by the plant host, by anthropogenic influences (e.g., fungicide or bactericide applications), by introduction of competing or cooperating microbes, and by macroorganisms such as insects. Indirect influences on microbes