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Tamar Keasar and Avi Shmida

sexual morphs of a gynodioecious shrub. Oikos 63: 161-170. Eisikowitch, D. Dag, A. 2003. Examination of trees as nectariferous plants. Report to the Israeli Tree Improvement Fund, JNF-KKL, Forest Department, Sde Boqer. Fahn, A. 1948. The nectaries of honey plants in the land of Israel

Gemünden, Petra von, Hutter, Manfred and Rüterswörden, Udo

[German Version] The worldwide significance that trees and plants have in cultus and mythology is connected to the essential relationship between plants, animals and human beings. Trees and plants play an important part in archaic cultures and tribal religions. In religious studies three

Yuei Nakama and Bixia Chen

Society for the Promotion of Science (JSPS) for a postdoctoral fellowship. A Feng Shui landscape and Tree Planting with explanation based on Feng Shui Diaries: A case study of Mainland Okinawa, Japan * Bixia Chen a and Yuei Nakama b a United Nations University–Institute of Advanced Studies Operating Unit

Juan Carlos Magunacelaya, Miguel Talavera and Antonio Tobar

Nematology , 1999, Vol. 1(3), 261-266 Plant parasitic nematodes from a forest tree nursery in southern Spain with some notes about the in uence of soil storage on the quantitative recovery of Meloidogyne arenaria Miguel T ALAVERA , Juan Carlos M AGUNACELAYA and Antonio T OBAR Estación

Herbert Basser

© Koninklijke Brill NV, Leiden, 2005 Review of Rabbinic Judaism 8.1 * This article is based on two papers given at the Society of Biblical Literature Annual Meeting, San Antonio, Texas, November, 2004. PLANTING CHRISTIAN TREES IN JEWISH SOIL* Herbert W. Basser Queen’s University Part I This

T. Quilhó, F. Lopes and H. Pereira

The effect of tree shelter on the growth and anatomy of bark and wood of cork oak (Quercus suber L.) seedlings was evaluated one year after planting. Stem cross sections were examined and percentage of tissues (vessels, axial parenchyma, rays and fibres) and diameter of vessels analysed. The cork oaks responded to the effect of shelter tubes with a 22% increase in apical growth and a 35% decrease in radial enlargement resulting into highly significant differences in the diameter-to-height ratio (0.099 and 0.193 respectively for sheltered and unsheltered plants). The stem anatomy showed adaptations to the protected environment of the shelter: the sheltered plants had a significantly higher percentage of parenchyma (30% vs. 19%, P < 0.001) and lower percentage of wood fibres (40% vs. 47%) compared with unsheltered plants. Annual rings were less clearly visible in the sheltered plants. These observations suggest that trees grown in protective shelters are less able to withstand the environment than those directly subjected to it.

Uwe Schmitt, Claudia Grünwald and Dieter Eckstein

Pine trees around the Chernobyl Nuclear Power Plant, Ukraine, were investigated by light- and electron-microscopy as well as UV-microspectrophotometry in order to find out whether the accident on April 26 in 1986 affected the structure of xylem formed. The analysis of increment cores did not reveal any influence on the amount of xylem formed in 1986, but there was a distinct reduction during the subsequent three years. The xylem formation had recovered in 1990. ʻForkingʼ in the rows of tracheids was frequently seen at the cellular level in the 1986 tree ring. This phenomenon also occurred in the 1987 tree ring, but was less pronounced. It appears that the radioactive irradiation had no direct effect on the cambium in 1986, but affected the differentiation of xylem mother cells. The reduced wood formation between 1987 and 1989 appeared to be a consequence of the massive losses in needles in the year of the accident rather than of the uptake of radiobiologically active elements. The layering and lignification of the tracheid walls were not affected.

Smith, Frederick

by and large been dominated by theologies and ideologies of non-local salvation or enlightenment that leave the natural world of little consequence. This is not the case for Hinduism, where plants, tre...

DAVID WOOL and ROBERT BOGEN

individual host trees in the galling aphid Kaltenbachiella japonica Ecol. Entomol 1995 20 33 42 Larson K.C. Whitham T.G. Competition between gall aphids and natural plant sinks: plant architecture affects resistance to galling Oecologia 1997 109 575 582 Mani M.S. The ecology of plant galls Junk