Voronezh, Voronezh, Russian Federation
Bioticheskaya avtoregulyaciya, ponimaemaya kak vnutrenniy adaptivnyy process biologicheskih sistem, sposobstvuyuschiy vozvratu narushennyh biosistem k ustoychivomu razvitiyu, yavlyaetsya odnoy iz vazhneyshih svoystv biologicheskih, v chastnosti lesnyh, sistem.V avtohtonnyh lesah avtomaticheskaya regulyaciya naibolee polno vyrazhena i proyavlyaetsya kak v ustoychivoy zhiznesposobnosti lesnyh ekosistem, tak v estestvennoy regeneracii evolyucionno sformirovannyh drevostoev. Massovoe rasprostranenie ryadovyh (lineynyh) monokul'tur (odnoporodnyh i odnovozrastnyh) privelo k rezkomu snizheniyu roli avtomaticheskoy regulyacii patogeneza v iskusstvenno sozdavaemyh lesnyh nasazhdeniyah. V rezul'tate voznikla problema zaschity lesa v usloviyah epifitotiy. Primenenie himicheskih i biologicheskih pesticidov ne reshaet problemu. Cel' dannoy raboty – radikal'noe usilenieroliavtomaticheskoy regulyacii patogeneza v iskusstvenno sozdavaemyh lesah. Dannaya cel' dostigaetsya posredstvom aktivizacii klyuchevyh mehanizmov avtoregulyacii v lesnyh soobschestvah – konkurencii, estestvennogo otbora, inbridinga. Mehanizmy avtoregulyacii aktiviruyutsya na osnove faktorov specificheskoy kompozicii lesoobrazuyuschih porod i mozaichnoy struktury nasazhdeniy. Avtomaticheskaya regulyaciya patogeneza radikal'no povyshaet effektivnost' preventivnoy zaschity nasazhdeniy ot patogennyh organizmov, isklyuchaet neobhodimost' primeneniya himicheskih i biologicheskih pesticidov
bioticheskie faktory, ustoychivoe razvitie, lesnye ekosistemy, patogennye organizmy, effekt gruppy, inbriding, konkurenciya, estestvennyy otbor
1. Aref'ev, Yu.F. Inbriding kak faktor regulyacii patogeneza v lesnyh ekosistemah [Tekst] / Yu.F. Aref'ev // Mat-lyVMezhdunar. Nauchno-prakt. konf. «Aktual'nye problemy biologii, nanotehnologiy i mediciny». Rostov-na-Donu, 2013. S. 422 - 433.
2. Artyuhovskiy, A. K. K voprosu sozdaniya v ochagah kornevoy gubki sosnovyh nasazhdeniy, ustoychivyh k gribnoy infekcii [Tekst] / A. K. Artyuhovskiy, V. N. Skrypnikov, Yu. F. Aref'ev\Sosnovye lesa Rossii v sisteme mnogocelevogo lesopol'zovaniya: Sb. statey. Voronezh: VLTI, 1993. S. 76 - 78.
3. Acek S.V. Minimum area of forests left to spontaneous development in protected areas // Journal of forest science, 49, 2003 (8): 349 - 358.
4. Arefjev, Y.F. Entropy as a measure of biodiversity of the forest ecosystems // Analysis and synthesis of complex systems in nature and technology. 2013. P. 341 - 344.
5. Shannon C.E. A mathematical theory of communication // The Bell System Technical Journal, 27 - 1948. - P. 379 - 423 and 623 - 656.
