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When transferred onto plum and peach, the spider mite adapted to the new hosts in the second generation; however, on cherry and apricot, it adapted in the third generation.
      
This was particularly observed under stress plant growth conditions on phytotoxic peach substrates.
      
Quantitative assessment of the infection rate of the entomophthoraceous fungus,Zoophthora anhuiensis against the green peach aph
      
A two-step method was developed to quantitatively assess the infection rate of the entomophthoraceous fungus,Zoophthora anhuiensis (Li) Humber, on the green peach aphid,Myzus persicae (Sulzer).
      
Recoveries for each pesticide added to a peach sample were obtained after applying different extraction systems.
      
The analysis of silicon-iron-peach occlusion pigment 510B in Mossbauer spectra
      
Silicon-iron-peach pigment 510B in Mossbauer spectra was analyed, the results show that there are mainly two kinds of iron phase mineral existing in 510B pigment, α-FeO(OH) and γ-FeO(OH).
      
Substantiation of the viewpoint of Peach, and Boivin and Srivastava that a vacancy in the 2p shell of magnesium leads to double ionization is a remarkable feature of the present investigation.
      
Mango, orange, pear, longan, and peach were found to be the main host species of the fly in Xishuangbanna.
      
Effects of cerium on nitrogen metabolism of peach plantlet in vitro
      
The effect of CeCl3 on the rooting and nitrogen metabolism of the peach plantlet in vitro was studied when the CeCl3 was added to the rooted medium.
      
Results are presented for different plant tissues, especially tissues of peach and apple fruits at varying ripening stages.
      
The suitability of some plant hosts for the development of the peach-potato aphid, Myzus persicae (Sulzer)
      
Resistance in Nicotiana species to the green peach aphid appears to result from the production of a toxic material produced by the aerial parts of the plant.
      
Aphids are killed by contact with these secretions, and resistance to the green peach aphid, Myzus persicae, results from this mortality.
      
Toxicity or resistance tests on the green peach aphid Myzus persicae (Sulz.) by incorporating the toxicant into artificial media are influenced by a number of factors.
      
Stable and non-stable resistance to dimethoate in the peach-potato aphid (Myzus persicae)
      
When adult apterae of the green peach aphid in a dual choice situation is offered an artificial diet and the same diet to which one of 24 secondary plant substances is added, none of these compounds enhances the diet's acceptability.
      
Polyphagy of the green peach aphid is probably realized by ignoring some allelochemics and avoiding others.
      
Nymph production of the green peach aphid Myzus persicae decreased significantly under crowded conditions in leaf cages and on whole plants.
      
 

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