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Affiliation: World organization of Natural Medicine, Canada .
Research Interest: Functional & Integrative Medicine, Toxicologist, Nutritionist, Biofeedback, Stress Management, Natural Pain Specialist.
Affiliation: University of the Sierra Juarez, Oaxaca, Mexico.
Research Interest: Analytical Chemistry, Environmental Chemistry, Physical Chemistry.
Affiliation: Saint Petersburg Mining University.
Research Interest: Production Engineering, Enhanced Oil Recovery, Reservoir Engineering, Well Testing, Well Logging, Gas Technology, Petroleum Chemistry.
Affiliation: Federation University Australia.
Research Interest: Rock Mechanics, Mining, Geotechnics, AI/ML Applications in Geomechanics.
Affiliation: Pusan National University, Busan, South Korea.
Research Interest: Volcano Monitoring, Ambient Noise Correlation, Frequency-Wavenumber Spectra.
Affiliation: School of Civil Engineering, Yulin University China.
Research Interest: Porous Materials, Catalyst Synthesis, Adsorption, Catalyst Characterization.
Affiliation: Center for Integrative Conservation, Xishuangbanna Tropical Botanical Garden, Chinese Academy of Sciences, Menglun, Mengla, Yunnan 666303, P.R. China.
Research Interest: Plant Functional Traits, Biodiversity, Community Ecology, Ecosystem Conservation.
Affiliation: Multidisciplinary Waste Management Laboratory, Federal Institute of Education, Science, and Technology, Rio de Janeiro, Brazil.
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Authors: Richard Murdoch Montgomery*
Published Date: February 28, 2025
Cite: Montgomery, R. M. (2025). Ecological structures, conditions, and the enhancement of food web and ecosystem stability. Crystal Journal of Environmental Science, Innovation & Green Development, 1(1), 01-10.
Abstract
Ecological dynamics are inherently complex, involving nonlinear interactions across multiple scales and life stages. Despite extensive research on population dynamics and food web stability, the phenomenon of “lag interference”—where delays inherent in stage‐structured interactions combine in nontrivial ways to influence overall system dynamics—remains underexplored. In this article, we develop a conceptual framework to examine how ecological structures and conditions foster lag interference, potentially enhancing stability in stage‐structured populations, food webs, and entire ecosystems. Drawing on delay differential equation theory, structured matrix models, and food web network analyses, we review the conditions under which demographic delays (e.g., maturation times, reproduction lags) interact to dampen oscillations and mitigate destabilizing feedback loops. We also highlight how spatial heterogeneity, network topology, and the strength of coupling between life stages modulate lag interference. Finally, we discuss future research directions that integrate empirical and theoretical approaches to test these ideas and refine our understanding of ecosystem resilience.
Keywords
Ecological Dynamics, Multiple Scales, System Dynamics, Lag Interference, Ecosystems, Network Topology
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