2. Articole

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Author: search.filters.author.Bejan, Iurii

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    ESTIMAREA CANTITATIVĂ A PIERDERILOR MEDII ANUALE DE SOL PE DIFERITE CATEGORII DE UTILIZARE A TERENURILOR. STUDIU DE CAZ: BAZINUL HIDROGRAFIC TIGHECI
    (CEP USM, 2024) Bunduc, Tatiana; Bejan, Iurii; Sochircă, Vitalii; Bunduc, Petru
    The scientifc results obtained from the research in the Tigheci hydrographic basin (located in the northwest of the Tigheci Hills) argue the immense agricultural potential of the region, but the erosion processes lead to a reduction in the amount of humus and nutrients in the soil, thus limiting the ability to productivity. erosion is the most widespread geomorphological process, has an appreciable intensity especially on the agriculture lands, where the average rate of soil loss, estimated according to the ROMseM model, is 2.16 t/ha/ year. although erosion is seen as a bio-physical process, the way of land use contributes signifcantly to the appearance of this form of degradation, having numerous economic consequences. Thus, it was found that the soil loss values are higher on arable land (about 11 thousand ha affected), followed by pastures (over 2 thousand ha) and perennial plantations (about 1000 ha). The need for such a study in order to estimate soil losses is of great importance, because only by quantifying the risk can differently measures, ways to prevent and combat erosion processes be developed.
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    ASPECTE PRIVIND INFRASTRUCTURA ECOLOGICĂ URBANĂ ȘI FURNIZAREA SERVICIILOR ECOSISTEMICE
    (CEP USM, 2024) Țugulea, Andrian; Mogîldea, Vladimir; Bejan, Iurii
    The present paper presents the results regarding the role of the ecological infrastructure in the Balti urban ecosystem in the provision of ecosystem services. Modern methods of land use analysis were used, followed by the quantifcation of ecosystem services (air purifcation, carbon storage, water retention). It was established that in the municipality of Balti, agricultural land predominates - 51% (4001.44 ha), followed by construction and courtyards - 28% (2138.25 ha), forests -9% (722.75 ha) , lands occupied by water and lands for streets and markets with 4% each, roads - 3%, and other lands including degraded. In the rural area, agricultural land predominates, and in the urban area - buildings and yards. The urban green infrastructure in the Balti urban ecosystem can remove approximately 51.6 t/year of particles from the air, store 116.5 thousand tons of carbon and retain rainwater in case of 10 mm precipitation - 289.8 thousand t/ year.