Stability and Fluctuations in Complex Ecological Systems

E. Forgoston; S. Day; P.C. de Ruiter; Arjen Doelman; N.A. Hartemink; A. Hastings; L. Hemerik; Alexandru Hening; Josef Hofbauer; Sonia Kéfi; David A. Kessler; Toni Klauschies; Christian Kuehn; Xiaoxiao Li; John C. Moore; Elly Morriën; Anje-Margriet Neutel; Jelena Pantel; Sebastian J. Schreiber; Leah B. Shaw; Nadav Shnerb; E.P.J.A. Siero; Laura S. Storch; Michael A.S. Thorne; I.A. van de Leemput; Ellen van Velzen; Els Weinans

doi:10.48550/arXiv.2306.07447

Stability and Fluctuations in Complex Ecological Systems

E. Forgoston, S. Day, P.C. de Ruiter, Arjen Doelman, N.A. Hartemink, A. Hastings, L. Hemerik, Alexandru Hening, Josef Hofbauer, Sonia Kéfi, David A. Kessler, Toni Klauschies, Christian Kuehn, Xiaoxiao Li, John C. Moore, Elly Morriën, Anje-Margriet Neutel, Jelena Pantel, Sebastian J. Schreiber, Leah B. ShawNadav Shnerb, E.P.J.A. Siero, Laura S. Storch, Michael A.S. Thorne, I.A. van de Leemput, Ellen van Velzen, Els Weinans

Research output: Working paper › Preprint

Abstract

From 08–12 August, 2022, 32 individuals participated in a workshop, Stability and Fluctuations in Complex Ecologica lSystems, at the Lorentz Center, located in Leiden, The Nether-lands. An interdisciplinary dialogue between ecologists, mathematicians, and physicists provided a foundation of important problems to consider over the next 5-10 years. This paper outlines eight areas including (1) improving our understanding of the effect of scale, both temporal and spatial, for both deterministic and stochastic problems; (2) clarifying the different terminologies and definitions used in different scientific fields;(3) developing a comprehensive set of data analysis techniques arising from different fields but which can be used together to improve our understanding of existing data sets; (4) having theoreticians/computational scientists collaborate closely with empirical ecologists to determine what new data should be collected; (5) improving our knowledge of how to protect and/or restore ecosystems; (6) incorporating socioeconomic effects into models of ecosystems; (7) improving our understanding of the role of deterministic and stochastic fluctuations; (8) studying the current state of biodiversity at the functional level, taxa level and genome level.

Original language	English
Publisher	arXiv
Number of pages	22
DOIs	https://doi.org/10.48550/arXiv.2306.07447
Publication status	Published - 12 Jun 2023

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Forgoston, E., Day, S., de Ruiter, P. C., Doelman, A., Hartemink, N. A., Hastings, A., Hemerik, L., Hening, A., Hofbauer, J., Kéfi, S., Kessler, D. A., Klauschies, T., Kuehn, C., Li, X., Moore, J. C., Morriën, E., Neutel, A.-M., Pantel, J., Schreiber, S. J., ... Weinans, E. (2023). Stability and Fluctuations in Complex Ecological Systems. arXiv. https://doi.org/10.48550/arXiv.2306.07447

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title = "Stability and Fluctuations in Complex Ecological Systems",

abstract = "From 08–12 August, 2022, 32 individuals participated in a workshop, Stability and Fluctuations in Complex Ecologica lSystems, at the Lorentz Center, located in Leiden, The Nether-lands. An interdisciplinary dialogue between ecologists, mathematicians, and physicists provided a foundation of important problems to consider over the next 5-10 years. This paper outlines eight areas including (1) improving our understanding of the effect of scale, both temporal and spatial, for both deterministic and stochastic problems; (2) clarifying the different terminologies and definitions used in different scientific fields;(3) developing a comprehensive set of data analysis techniques arising from different fields but which can be used together to improve our understanding of existing data sets; (4) having theoreticians/computational scientists collaborate closely with empirical ecologists to determine what new data should be collected; (5) improving our knowledge of how to protect and/or restore ecosystems; (6) incorporating socioeconomic effects into models of ecosystems; (7) improving our understanding of the role of deterministic and stochastic fluctuations; (8) studying the current state of biodiversity at the functional level, taxa level and genome level.",

author = "E. Forgoston and S. Day and {de Ruiter}, P.C. and Arjen Doelman and N.A. Hartemink and A. Hastings and L. Hemerik and Alexandru Hening and Josef Hofbauer and Sonia K{\'e}fi and Kessler, {David A.} and Toni Klauschies and Christian Kuehn and Xiaoxiao Li and Moore, {John C.} and Elly Morri{\"e}n and Anje-Margriet Neutel and Jelena Pantel and Schreiber, {Sebastian J.} and Shaw, {Leah B.} and Nadav Shnerb and E.P.J.A. Siero and Storch, {Laura S.} and Thorne, {Michael A.S.} and {van de Leemput}, I.A. and {van Velzen}, Ellen and Els Weinans",

year = "2023",

month = jun,

day = "12",

doi = "10.48550/arXiv.2306.07447",

language = "English",

publisher = "arXiv",

address = "United States",

type = "WorkingPaper",

institution = "arXiv",

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Forgoston, E, Day, S, de Ruiter, PC, Doelman, A, Hartemink, NA, Hastings, A, Hemerik, L, Hening, A, Hofbauer, J, Kéfi, S, Kessler, DA, Klauschies, T, Kuehn, C, Li, X, Moore, JC, Morriën, E, Neutel, A-M, Pantel, J, Schreiber, SJ, Shaw, LB, Shnerb, N, Siero, EPJA, Storch, LS, Thorne, MAS, van de Leemput, IA, van Velzen, E & Weinans, E 2023 'Stability and Fluctuations in Complex Ecological Systems' arXiv. https://doi.org/10.48550/arXiv.2306.07447

TY - UNPB

T1 - Stability and Fluctuations in Complex Ecological Systems

AU - Forgoston, E.

AU - Day, S.

AU - de Ruiter, P.C.

AU - Doelman, Arjen

AU - Hartemink, N.A.

AU - Hastings, A.

AU - Hemerik, L.

AU - Hening, Alexandru

AU - Hofbauer, Josef

AU - Kéfi, Sonia

AU - Kessler, David A.

AU - Klauschies, Toni

AU - Kuehn, Christian

AU - Li, Xiaoxiao

AU - Moore, John C.

AU - Morriën, Elly

AU - Neutel, Anje-Margriet

AU - Pantel, Jelena

AU - Schreiber, Sebastian J.

AU - Shaw, Leah B.

AU - Shnerb, Nadav

AU - Siero, E.P.J.A.

AU - Storch, Laura S.

AU - Thorne, Michael A.S.

AU - van de Leemput, I.A.

AU - van Velzen, Ellen

AU - Weinans, Els

PY - 2023/6/12

Y1 - 2023/6/12

N2 - From 08–12 August, 2022, 32 individuals participated in a workshop, Stability and Fluctuations in Complex Ecologica lSystems, at the Lorentz Center, located in Leiden, The Nether-lands. An interdisciplinary dialogue between ecologists, mathematicians, and physicists provided a foundation of important problems to consider over the next 5-10 years. This paper outlines eight areas including (1) improving our understanding of the effect of scale, both temporal and spatial, for both deterministic and stochastic problems; (2) clarifying the different terminologies and definitions used in different scientific fields;(3) developing a comprehensive set of data analysis techniques arising from different fields but which can be used together to improve our understanding of existing data sets; (4) having theoreticians/computational scientists collaborate closely with empirical ecologists to determine what new data should be collected; (5) improving our knowledge of how to protect and/or restore ecosystems; (6) incorporating socioeconomic effects into models of ecosystems; (7) improving our understanding of the role of deterministic and stochastic fluctuations; (8) studying the current state of biodiversity at the functional level, taxa level and genome level.

AB - From 08–12 August, 2022, 32 individuals participated in a workshop, Stability and Fluctuations in Complex Ecologica lSystems, at the Lorentz Center, located in Leiden, The Nether-lands. An interdisciplinary dialogue between ecologists, mathematicians, and physicists provided a foundation of important problems to consider over the next 5-10 years. This paper outlines eight areas including (1) improving our understanding of the effect of scale, both temporal and spatial, for both deterministic and stochastic problems; (2) clarifying the different terminologies and definitions used in different scientific fields;(3) developing a comprehensive set of data analysis techniques arising from different fields but which can be used together to improve our understanding of existing data sets; (4) having theoreticians/computational scientists collaborate closely with empirical ecologists to determine what new data should be collected; (5) improving our knowledge of how to protect and/or restore ecosystems; (6) incorporating socioeconomic effects into models of ecosystems; (7) improving our understanding of the role of deterministic and stochastic fluctuations; (8) studying the current state of biodiversity at the functional level, taxa level and genome level.

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DO - 10.48550/arXiv.2306.07447

M3 - Preprint

BT - Stability and Fluctuations in Complex Ecological Systems

PB - arXiv

ER -

Stability and Fluctuations in Complex Ecological Systems

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