Istraživanjem smo ustanovili strukturne elemente različitih tipo va panjača u Lici, pet godina nakon njege proredom. Panjače ličkog područja karaktezira nizak stupanj provedenih radova njege, te neotvorenost šumskim prometnicama. Prepoznatljive su četri morfološka tipa: prijelazne panjače, tipične panjače, panjače u regresiji i zašikarene panjače. Terenska mjerenja obavlje na su na pet trajnih pokusnih ploha. Na kraju vegetacijskog razdoblja 2007. go dine na tim su plohama izmjereni strukturni elementi sastojina. Obavljena je totalna klupaža svih stabala po debljinskim stupnjevima, etažama, vrstama drveća i po podrijetlu (generativno, vegetativno), snimljeni su uzorci visina i uzeti izvrtci za određivanje prirasta, posebno za stabla iz sjemena i iz panja. Stabla iz sjemena imaju značajno veće vrijednosti strukturnih elemenata. S obzirom na to da stabla iz sjemena pokazuju veću produktivnost i vitalnost, jasna je potreba njihova uzgojnog favoriziranja, neovisno o kojemu se tipu panjače radi. Intenziteti i volumeni iduće prorede ovisit će o prosječnom dobnom volumnom prirastu i dobi sastojine, te o ukupnom volumenu sastojina na kraju turnusa. Radi poveća nja temeljnog volumena te stabilnosti sastojina, volumen iduće prorede trebao bi biti 40–45 % desetgodišnjeg tečajnog volumnog prirasta.Our research determined structural elements of different coppice types in Lika five years after they were tended with thinning. Coppices in the region of Lika are characterized by a low degree of applied tending operations and inaccessibility caused by the lack of forest roads. Four morphological types can be differentiated: transitional coppices, typical coppices, coppices in regression and thickets. Field measurements were undertaken in five permanent sample plots. Structural stand elements in these plots were measured at the end of the vegetation period in 2007. Total measurements of breast diameters of all trees were performed by diameter class, storey, tree species and origin (generative, vegetative), and height samples were recorded and increment cores taken for increment assessment separately for seed trees and sprouts from stumps. Seed trees show significantly higher values of structural elements. The fact that seed trees manifest higher productivity and vitality clearly indicates that they should be silviculturally favored regardless of coppice type. Intensities and volumes of the next thinning operation will depend on the average age volume increment and stand age, as well as on the total stand volume at the end of the thinning cycle. In order to increase the basic volume and achieve stand stability, the volume of the next thinning operation should amount to 40–45 % of the ten-year current volume increment
