Lucrând la un articol de sinteză a trebuit să ne facem o
imagine asupra situaţie la zi (primăvara lui 2017) în chestiunea înţelegerii şi
modelării proceselor de succesiune ecologică şi a potenţialului de utilizare a
acestei cunoaşteri în proiectarea restaurării sistemelor ecologice.
Lista bibliografică poate fi consultată direct la finalul postării, iar în format Word poate fi descărcată de aici : References Sucession . Lista include lucrări relevante direct și indirect pentru implicarea fungilor micorizanți în procesele de succesiune ecologică. Include și informații despre procese de la nivelul consumatorilor.
Pachetul de articole, capitole din cărți, cărți și prezentări poate fi
descărcat dând click pe imaginea de mai jos (arhivă rar de 150 Mb):
De interes didactic pe scurt se pot
spune următoarele :
- Ideea de a identifica tipare general de succesiune la scara întregii comunităţi din toate speciile dintr-o zonă ţine de istorie. Modelele generale nu se mai lucrează. Modele generale vechi au căpătat caracterul explicit al unor ipoteze care alături de alte modele mai noi se află în competiţie şi sunt testate empiric. Sunt trei categorii de modele: deterministe, stochastice şi de tranziţie de stare (cu prag, nelimiare), iar fiecare are în spate ipoteze despre procese empirice care se potrivesc cu un model sau altul. Altfel spus avem de a face cu o abordare analitică a succesiunii ecologice, nu holistă. Tiparele abstracte caracteristice unor teorii din anii 90 şi 2000 nu mai sunt considerate relevante pentru rezolvarea unor probleme practice şi în general pentru înţelegerea datelor din teren.
- Chestiunea succesiunii ecologice e strâns legată de cea a heterogenității spațiale în sisteme ecologice, a scării la care organismele din diferite specii percep resursele și a discontinuităților de scară în organizare proceselor ecologice.
- Se lucrează pe fiecare tip de comunitate de organisme în parte la scările caracteristice organismelor respective. La unele nu se ştiu exact scările la care trebuie lucrat (de exemplu organismele subterane din sol). Procesele care susţin succesiunea pentru fiecare tip de comunitate din aceeaşi zonă sunt diverse şi variază de la o comunitate de organisme la alta.
- Cuplajele între procesele de succesiune dintr-o comunitate şi din alta sunt în faza preliminară de investigare, scările de timp sunt diferite şi datele empirice în aceeaşi zonă adesea lipsesc. Există o literatură emergentă cu privire la acest cuplaje, atât prin cercetări empirice, cât și teoretice. Direcția este convergentă cu preocupările generale ale ecologiei sistemice, dar nu este explicit subsumată acestora.
- Ideea de a accelera succesiunea prin manipularea organismelor, în particular a fungilor, şi a condiţiilor abiotice are sens doar în modelul determinist al succesiunii, sau în etape separate ale unui model de tranziţii de stare. Această manipulare trebuie să fie mai puternică decât influenţa procesele stochastice care intervin şi ele în zonă ca urmare a heterogenităţii interne şi a factorilor externi aleatori. Accelerarea succesiunii ecologice nu este nici pe departe o soluţie generală, ci doar una posibilă alături de soluţii mai dure, cu intervenţii intensive care să poată schimba starea sistemului când el poate fi modelat prin tranziţii de fază.
- Scara de timp a evaluării prin monitorizare a efectelor manipulării trebuie să fie compatibilă cu cea a proceselor de succesiune, ceea ce leagă direct problema cu cea a monitoringului pe termen lung al sistemelor ecologice.
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