Prostorna analiza tala i utjecaj na produktivnost u gospodarskoj jedinici Mužljanski rit

IF 0.4 4区 农林科学 Q4 FORESTRY
Zoran Galić, Alen Kiš, Irina V. Andreeva, Zoran Novačić, Anđelina Gavranović, Miljan Samardžić, Radenko Ponjarac
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Abstract

The paper presents analysis of soil spatial distribution and productivity of Populus x euramericana I-214 forest cultures in forest management unit (hereinafter: FMU) Muzljanski rit. Soil cover in the FMU is heterogeneous in relation to position and altitude in floodplain. Analysis were conducted on eugley and humogley soil types. Eugley, soil type, was delineated according to physiologically active soil depth as α, β or β/γ gley soils and humogley was delineated as one soil unit. Cultures of the poplar clones Populus x euramericana I-214 are found on at least two but usually more different site types within the same forest management section (18.43 %). Single forest management section is a by definition a single forest spatial unit having similar ecologic factors. Aim of our research was to enable consistent forest section delineation, based on the interaction of soil productivity properties and distribution as well as Populus x euramericana I-214 productivity dataset. Based on our anaysis (spatial analysis of raster layers of soil systematic unit distribution-soil subunit, digital elevation model and productivity according to inner delineation of FMU Muzljanski rit), the resuts show eugley share in lower systematic soil unit. The results show contribution of lower systematic units of eugley in forest managemet section/culture. We found a raising trend of α and β-gley, as well as humogley. On one side the higher contribution of this sistematic units indicates reduction in the forest culture yield. On the other side higher contribution of β/γ gley indicates an increase of culture yeald. The Populus x euramericana I-214 cultures are spatialy concentrated, extending over soil units with different characteristics, pointing in alternative economicaly justified section delineation, based on the soil types.
波浪的空间分析及其对经济单元生产力的影响
本文对Muzljanski rit森林管理单位(以下简称FMU)的欧美杨I-214林培养物的土壤空间分布和生产力进行了分析。FMU中的土壤覆盖与泛滥平原的位置和海拔高度有关,是不均匀的。对潜育性土壤类型和潜育性土类型进行了分析。根据生理活性土壤深度,将土壤类型的潜育性划分为α、β或β/γ潜育性土壤,并将潜育性界定为一个土壤单元。在同一森林管理区(18.43%)内的至少两个但通常更不同的场地类型上发现了杨无性系欧洲杨I-214的培养物。单一森林经营区是指具有相似生态因子的单一森林空间单元。我们研究的目的是基于土壤生产力特性和分布的相互作用以及美洲杨I-214生产力数据集,实现一致的森林剖面划分。基于我们的分析(根据FMU Muzljanski rit的内部划分,对土壤系统单元的栅格层、分布土壤亚单元、数字高程模型和生产力进行空间分析),结果表明,在较低的系统土壤单元中,eugley份额。结果表明,在森林管理剖面/栽培中,低系统单元有一定的贡献。我们发现α和β-gley以及humogley呈上升趋势。一方面,该系统单元的较高贡献表明森林栽培产量的降低。另一方面,β/γgley的贡献越大,表明培养年限越长。美洲杨I-214文化在空间上是集中的,延伸到具有不同特征的土壤单元上,根据土壤类型,指出了经济上合理的替代剖面划分。
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来源期刊
Sumarski List
Sumarski List FORESTRY-
CiteScore
0.90
自引率
20.00%
发文量
32
审稿时长
>12 weeks
期刊介绍: Forestry Journal publishes scientific and specialist articles from the fields of forestry, forestry-related scientific branches, nature protection and wildlife management.
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