Уважаемые коллеги, доброго времени суток! Представляем вам немецкое научное издание Ecosystems. Журнал имеет первый квартиль, издается Springer Verlag, его SJR за 2018 г. равен 1,881, пятилетний импакт-фактор - 4.951, печатный ISSN - 1432-9840, электронный - 1435-0629, предметные области - Эволюция, Динамика изменения и Таксономия, Экология, Химия окружающей среды. Вот так выглядит обложка:
Здесь два редактора: Стефен Р. Карпентер, контактные данные - steve.carpenter@wisc.edu
и Моника Г. Тёрнер - turnermg@wisc.edu
Другие публикационные контакты - Jeff.Davis@springer.com, janet.slobodien@springer.com, ecosys@zoology.wisc.edu
Изучение и управление экосистемами представляют собой наиболее динамичную область современной экологии. Экосистемные исследования соединяют фундаментальную экологию и экологию окружающей среды с решением экологических проблем, а также охватывают границы масштаба, дисциплины и перспективы.
Пример статьи, название - Soil Carbon Stocks Vary Across Geomorphic Settings in Australian Temperate Tidal Marsh Ecosystems. Заголовок (Abstract) - Tidal marshes rank among the ecosystems with the highest capacity to sequester and store organic carbon (Corg) on earth. To inform conservation of coastal vegetated ecosystems for climate change mitigation, this study investigated the factors driving variability in carbon storage. We estimated soil Corg stocks in tidal marshes across temperate Western Australia and assessed differences among geomorphic settings (marine and fluvial deltas, and mid-estuary) and vegetation type (Sarcocornia quinqueflora and Juncus kraussii) linked to soil biogeochemistry. Soil Corg stocks within fluvial and mid-estuary settings were significantly higher (209 ± 14 and 211 ± 20 Mg Corg ha−1, respectively; 1-m-thick soils) than in marine counterparts (156 ± 12 Mg Corg ha−1), which can be partially explained by higher preservation of soil Corg in fluvial and mid-estuary settings rich in fine-grained (< 0.063 mm) sediments (49 ± 3% and 47 ± 4%, respectively) compared to marine settings (23 ± 4%). Soil Corg stocks were not significantly different between S. quinqueflora and J. kraussii marshes (185 ± 13 and 202 ± 13 Mg Corg ha−1, respectively). The higher contribution of tidal marsh plus supratidal vegetation in fluvial (80%) and intermediate (76%) compared to marine (57%) settings further explains differences in soil Corg stocks. The estimated soil Corg stocks in temperate Western Australia’s tidal marshes (57 Tg Corg within ~ 3000 km2 extent) correspond to about 2% of worldwide tidal marsh soil Corg stocks. The results obtained identify global drivers of soil Corg storage in tidal marshes and can be used to target hot spots for climate change mitigation based on tidal marsh conservation. Key words: Saltmarsh; Carbon storage; Temperate ecosystems; Habitat characteristics; Blue carbon; Coastal ecosystems; Biogeochemical cycles; Western Australia.
