Results 101 to 110 of about 9,179 (239)
ESA Winter 2026 Council Meeting Report
The Bulletin of the Ecological Society of America, EarlyView.
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We applied the two‐stage, AI‐based TOFSI approach to test automatic pollen recognition with fossil pollen samples. The algorithm performs very well for all major pollen types and other non‐pollen object classes, suggesting that such tools have the potential to substantially increase the efficiency of pollen analysis.
Martin Theuerkauf, Alexander Gillert
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Paleoecology of the seminary and mirror pool peat deposits
McAndrews, John H.. (1967). Paleoecology of the seminary and mirror pool peat deposits.
McAndrews, John H.
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Resilience and plant growth forms 40 years after a volcanic disturbance
Abstract Resilience represents a critical concept in ecology; yet, quantitative assessment of resilience in response to disturbance is rare, even for widely recognized growth forms. Plant groups based on deciduousness, clonality, morphology, and Raunkiaer life form could predict inertia to major disturbances and subsequent resilience.
Dylan G. Fischer +2 more
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Paleoecology of Ordovician trilobites (genera Trinucleus and Dalmanitina)
U ovome se radu obrađuju podaci prikupljeni mjerenjem fosilnih ostataka trilobita koji su živjeli u ordoviciju sa svrhom interpretacije paleoekologije te revidiranja točnosti podataka o pojedinoj vrsti. Korišteno je 13 uzoraka koji se čuvaju u Geološko -
Dukić, Dora
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In ecological field studies where species‐level identification is challenging, practical approaches based on external morphological traits may provide a useful basis for rapid assessments. Here, New Zealand serpulid worms were initially grouped based on their external calcareous tube morphology and subsequently sequenced using the 18S rRNA gene to ...
Tom Massué +4 more
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The ecological biogeography of Amazonia
The Amazon drainage basin (Amazonia) contains the largest continuous area of tropical rainforest in the world and is the most species-rich terrestrial ecosystem on Earth.
Ana C M Malhado +5 more
doaj
Abstract Longer‐term perspectives—equivalent to the lifespans of long‐lived trees—are required to fully inform perceptions of ‘naturalness’ used in woodland conservation and management. Stand‐scale dynamics of an old growth temperate woodland are reconstructed using palaeoecological data.
Annabel Everard +4 more
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Strategies for dry forest recovery: Fifteen years of Caribbean experimentation across scales
Slow recovery of degraded Caribbean dry tropical forests can be accelerated by combining herbivore removal at landscape scales with enrichment planting of rare tree species under the cover of remnant forest patches. Long‐legacy effects on soils and forest taxonomical and functional diversity require long‐term management and community engagement ...
Milena Holmgren +11 more
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A comparative macrogenetic framework reveals that standardised landscape‐genomics can identify shared patterns reflecting common histories and assembly processes. We detected convergence in distributional dynamics and delineate three broad patterns and five species groups defined by gene flow and isolation‐by‐distance, highlighting the limitations of ...
Maurizio Rossetto +4 more
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