Pashchenko G. Main pests rose and carnations and defense from them in green-house in Central Ukraine Forest-steppe.

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0402U000848

Thesis Registration Form

0402U000848.pdf

Applicant for

Specialization

  • 03.00.09 - Імунологія

01-03-2002

Specialized Academic Board

Д 26.004.02

National University of Life and Environmental Sciences of Ukraine

Essay

The researched points are the main pests of green house.The target of the research is modernization the protection of the plants of rose and carnation in green house condition. The research method is field and laboratory researches of pests biology, sort strongness. The results are the recommendations to manufacturing, which included modernization existing plant protection system, season dynamic of pests amount, pesticides and their mixes efficiency Scientific novelty is the definition of main pests types, changing of season dynamic in the connection with gygrotermic and temperature conditions, sorts strongness, efficiency of 6 modern pesticydes and their mixes. The results of researches was considerate in development of the integrated protection of rose and carnation in greenhouse.

Read more

Files

aref.doc

disertacia.doc

Similar theses

0421U103903

Semenova Yanina-Mariya Oleksiivna

The effect of acute and repeated cold stress on the cells of immune system in experiment

0421U103107

Demchenko Dariia Leonidivna

Intercellular interaction as a mechanism of іnfluence on the immunobiological and regenerative activity of hematopoietic and thymic multipotent stromal cells

0419U003222

Hurmach Yevheniia V.

Metabolic polarization of microglial cells in conditions of tumor growth and its correction with agonist of toll-like receptor 3

0419U000653

Siromolot Andrii A.

Immunobiological properties of Mycobacterium spp. antigens MPT63 and MPT83 and their role in tuberculosis diagnostic

0419U000454

Kuklina Tetiana Oleksandrivna

Immunological properties of diphtherial toxoid immobilized on micro- and nanoparticles upon peroral immunization