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mungbean. When the previously fallowed plot was divided into eight subplots and<br />

each of the same seven crops and radish was randomly assigned to them, the<br />

active nematode population after one cropping remained checked also regardless<br />

of the crop. Likewise, after one subsequent cropping of mungbean on all<br />

subplots, the population increased, with increases also being more evident when<br />

soybean or mungbean was the preceding crop. We conclude that the nematode,<br />

particularly the egg population, could only be checked partly and temporarily<br />

by nonhosts, carbofuran 3G and fallow. [ASJ<br />

*0603 Vllsoni, F. ; Heinlein, M. 1982. Host range and reproductive capacity<br />

of the reniform nematode Rotylenchulua reniformis on some crop cultivars in<br />

Fiji. FIJI AGRICULTURAL JOURNAL, v.44(2):61-66. [En] [En Abst] (A:PS)<br />

A total of 69 crop cultivars [including mungbean, blackgram, peppers,<br />

soybean, sweet potato and tomato] in 20 plant families were tested in the<br />

greenhouse to determine their host status to the reniform nematode<br />

(Rotylenchulus reniformis Linford and Oliveira, 1940). Of the crops tested, 15<br />

were found to be non-hosts; these included broomcorn, maize, peanut, pineapple,<br />

rice, sorghum, sugarcane, peppers and Xanthosoma. The number of eggs produced<br />

per eggmass varied greatly among the susceptible crops examined. [AS]<br />

*0604 Vilsoni, F. ; Heinlein, M. 1982. Influence of Initial inoculum levels<br />

of the reniform nematode on the growth of Dung, pawpaw, pigeon pea and sweet<br />

potato. FIJI AGRICULTURAL JOURNAL, v.44(2):67-70. [En] [En Abst] (A:PS)<br />

At an inoculum level of 40,000 larvae per pot, Rotylenchulus reniformis,<br />

significantly reduced the growth of mungbean, pawpaw, pigeonpea, and sweet<br />

potato in the greenhouse. Lower inoculum levels were inconsistent in their<br />

effect, causing reduction in some plants only. Initial inoculum levels and<br />

final population counts were always negatively correlated. [AS]<br />

*0605 Gaur, H.S. 1986. Invasion and reproduction of the reniform nematode<br />

on some cultivars of cowpea and green gram. INTERNATIONAL NEMATOLOGY NETWORK<br />

NEWSLETTER, v.3(3):8-10. [En] (A:PS)<br />

One mungbean variety and seven cowpea varieties were evaluated for their<br />

reaction to the reniform nematode (Rotylenchulus reniformis) using artificial<br />

inoculation. Mungbean was the most suitable host allowing maximum invasion,<br />

female development and egg production. Reaction of the cowpea cultivars ranged<br />

from highly resistant to susceptible. [EMS]<br />

*0606 Routaray, B.N. ; Sahoo, H. ; Das, S.N. 1986. Evaluation of greengram<br />

and blackgram varieties against reniform nematode, Rotylenchulus reniformis.<br />

INDIAN JOURNAL OF NEMATOLOGY, v.161):27-29. [En] [En Abst] (REP.MB-2894)<br />

Relative susceptibility of seventeen mungbean as well as blackgram<br />

varieties against Rotylenchulus reniformis were tested in replicated pot<br />

culture experiments. The mungbean varieties, ML-80, ML-62, TT-8E, Pusa-103,<br />

PDM-14 and blackgram cultivars, Ratnapur-1, UG-201, and UG-135 showed resistant<br />

reaction. Reactions of other varieties were moderately resistant to highly<br />

susceptible. [AS]<br />

154

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