This study delves into a comprehensive analysis of the pedological quality characterizing permanent pastures situated within the picturesque Prahova County, Romania. Leveraging the wealth of information embedded within existing soil survey data originating from the Fulga region, this investigation meticulously examines ten distinct soil units, each classified according to the rigorous framework of the Romanian Soil Taxonomy System (SRTS 2012). Our approach involves a detailed scrutiny of the morphological attributes of these soils, encompassing their structural organization, horizon development, and overall profile characteristics. Furthermore, we meticulously assess key physical properties, including texture, bulk density, porosity, and water-holding capacity, all of which play a crucial role in supporting vegetation growth and resilience. Complementing this physical evaluation is a thorough analysis of the chemical properties, focusing on parameters such as pH, organic matter content, nutrient availability (nitrogen, phosphorus, potassium), and cation exchange capacity. These chemical indicators provide vital insights into the inherent fertility and potential limitations of each soil unit. The ensuing findings illuminate a notable diversity in the soil landscape of these permanent pastures. We observe a spectrum of soil types, each exhibiting a unique combination of morphological, physical, and chemical characteristics. Consequently, these variations translate into discernible differences in soil fertility, ranging from highly productive areas to those facing inherent limitations for optimal pasture development. This detailed pedological assessment underscores the critical importance of acquiring a nuanced understanding of the specific soil conditions prevailing within these pasture ecosystems. Recognizing the inherent variability in soil properties is paramount for the implementation of sustainable pasture management practices. Tailored strategies, informed by the specific strengths and weaknesses of each soil unit, can optimize nutrient management, improve water utilization, and ultimately enhance the long-term productivity and ecological integrity of these valuable agricultural landscapes within Prahova County. The insights gleaned from this analysis provide a foundational basis for informed decision-making aimed at ensuring the enduring health and productivity of these permanent pastures.

Pedological Quality, Permanent Pastures, Prahova County, Soil Analysis, Soil Classification, SRTS 2012, Soil Properties, Fulga, Romania, Soil Survey.

agronomy

Presentation: poster