Pine (Pinus spp.) Species in Europe: Ecology, Silviculture, and Ecosystem Services—A Review

Pines (genus Pinus) are a diverse group of conifers widely distributed across the Northern Hemisphere, comprising more than 110 species worldwide. In Europe, pines are a defining component of forests, occupying environments that range from dry Mediterranean lowlands to high-elevation alpine zones. They support a wide spectrum of ecosystem services, from timber and non-wood products to protection, biodiversity, and cultural values. In this review, we bring together ecological traits, silvicultural practices, and management considerations for ten European pine species. This review examines ten major European pine species, including Scots pine (Pinus sylvestris), maritime pine (P. pinaster), stone pine (P. pinea), Aleppo pine (P. halepensis), black pine (P. nigra), mountain pine (P. mugo), Swiss stone pine (P. cembra), Turkish pine (P. brutia), Bosnian pine (P. heldreichii), and Macedonian pine (P. peuce). Together, these species span a wide range of European environments, with Pinus sylvestris showing the broadest distribution. Despite the extensive literature on pine species, information on their ecological, silvicultural, and management attributes remains fragmented across disciplines. To bridge this gap, this review draws on an expert-curated core of scientific and technical literature complemented by a structured literature search adapted from the PRISMA framework, compiling within a single framework their main ecological and silvicultural characteristics, altitudinal range, growth patterns, stand diversity, and management practices and the principal goods and ecosystem services they provide. The comparative analysis highlighted distinct functional groups among European pines, illustrating contrasting adaptive strategies across environmental gradients, with altitudinal distributions ranging from sea level to 2400 m. Mediterranean species, such as P. halepensis, P. pinaster, and P. brutia, generally showed higher drought and fire adaptation, whereas mountain taxa such as P. cembra, P. mugo, and P. heldreichii displayed greater cold tolerance but increased vulnerability due to restricted climatic niches and slow regeneration. Broadly distributed species, such as P. sylvestris and P. nigra, exhibited intermediate ecological strategies, with responses strongly influenced by regional climatic conditions. By integrating evidence on distribution patterns, functional traits, growth patterns, and management practices, this review provides a comparative framework to support adaptive forest management and informed species selection, helping to safeguard forest functions and their associated benefits under ongoing climate change.