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ECOLOGICAL RESILIENCE OF URBAN WETLAND ECOSYSTEMS UNDER CLIMATE VARIABILITY: A CASE-BASED ASSESSMENT OF BIODIVERSITY, WATER QUALITY, AND HABITAT STABILITY

Identification

Clé publique

radar:r-d0bf35a11b1a4a8a2c49d0ab63615131

Auteurs

Haruto Nakamura

Année déclarée

2026

Langue déclarée

und

Type source

JournalArticle

Première détection

2026-11-13T15:29:11.985365+00:00

Dernière observation des métadonnées

2026-11-13T15:29:11.985365+00:00

Dernière vérification HTTP

Non effectuée

Résumé documentaire — langue originale

Abstract Urban wetlands are among the most vulnerable and, at the same time, among the most functionally significant ecosystems within contemporary metropolitan landscapes. They regulate hydrological flows, retain nutrients, moderate local climatic conditions, support diverse biological communities, and provide ecological corridors in highly fragmented environments. However, the increasing frequency of climate variability, expressed through irregular precipitation regimes, heat waves, seasonal droughts, sudden flooding events, and shifts in water temperature, creates complex pressure on wetland structure and function. This article examines ecological resilience of urban wetland ecosystems through the interrelated dimensions of biodiversity, water quality, and habitat stability. The study is based on a synthetic case-based assessment model that reflects typical conditions of temperate urban wetlands exposed to anthropogenic disturbance and climatic fluctuation. Special attention is given to the capacity of wetland systems to maintain biological diversity, preserve functional water quality parameters, and sustain habitat continuity under changing environmental conditions. The article argues that resilience should not be understood only as the ability of wetlands to return to a previous ecological state after disturbance, but also as their capacity to reorganize, preserve key ecological functions, and support adaptive biological responses. The analysis demonstrates that plant community structure, macroinvertebrate diversity, nutrient balance, hydrological connectivity, and the degree of surrounding urban pressure are among the most important factors determining wetland stability. The findings emphasize the need for integrated ecological monitoring, long-term restoration planning, and climate-sensitive urban wetland management. The article contributes to the broader discussion on nature-based solutions and urban ecological infrastructure by showing how wetlands can function as adaptive ecological systems in cities facing increasing environmental uncertainty.  

Identifiants

DOI

10.5281/zenodo.20075159

Repères documentaires

Famille documentaire

article

Types déclarés par les sources

JournalArticle

Éditeurs

AMES. American-Estonian Scientific Society

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Sources

DataCite · Document 1

• Document · https://zenodo.org/doi/10.5281/zenodo.20075159

Statut documentaire

Pertinence à examiner

Bibliothèque

Cette identité n’est pas encore intégrée à la Bibliothèque juridique.