A Science Partner Journal publishes research on advances in sustainability ecology and how global environmental change affects ecosystem health. IF: 4.2 (Q1)
JUST PUBLISHED: Spatiotemporal Dynamics and Cross-Regional Effects of Wind Erosion Prevention Services in Typical Arid–Semiarid Zone
Click here to read the latest free, Open Access article from Ecosystem Health and Sustainability: https://t.co/Mv5rxFozOC
#WindErosion
Climate change-induced shifts in plant functional traits can profoundly affect the stability of plant communities and ecosystem functions.
Extreme #Warming Coordinately Shifts #Root and #Leafs Traits of Alpine Plants toward Conservatism: https://t.co/QkX78BLDuI
This paper aimed at comparing the #sustainability between organic and conventional #Pu’er #tea plantations.
Optimizing #Labor#Intensity Improves #Economic and #Environmental Performances in Pu’er Tea Plantations in China:
https://t.co/1TsEQKCOBk
Vegetation Dynamics and Sensitivity Responds to #Climate_Change in the Upstream of the Yellow River (URYR), China:
https://t.co/qPDdrpMm5k
More attention should be paid to potential ecological risk areas (e.g., the southwestern URYR) with high temperature-sensitive vegetation.
This study found that there was significant spatial heterogeneity in the relationship between SDGs and LPs or ESs in each county.
#Landscape Patterns and #Ecosystem Services Are Critical for Contributions to #Sustainable#Development#Goals:
https://t.co/oMVQ76afuw
Warming and Rising Atmospheric CO2 Concentration Drive Global Woody Encroachment from 2001 to 2020:
https://t.co/2SF3DzQGb1
A significant and widespread expansion of global woody plants was observed over the past 20 years.
Spatial Relationships and Driving Mechanisms of Ecosystem Health in Urbanization: A Case Study of Wuhan, China
https://t.co/e4Ql7mn3uN
Landscape pattern index and land use are identified as key influencing factors of #ecosystem_health in Wuhan
This study aims to provide new insights for alleviating the supply–demand mismatch of #ecosystem_services.
Identification of #Urban#Ecological#Security Pattern Based on Ecosystem Services Supply–Demand
https://t.co/aO9RBaGmms
PUBLISHED: Thinning and Managed Burning Enhance Forest Resilience in Northeastern California
Click here to read the latest free, Open Access article from Ecosystem Health and Sustainability: https://t.co/G4i1dIIV0S
This study identified the #mangrove wetland coverage and quantify the spatiotemporal evolution of #carbon storage under various #restoration efforts.
Carbon Storage Assessment under Mangrove Restoration of Dongzhai Harbor in Hainan Island, China:
https://t.co/7uorODaEju
Emergy Evaluation of #Ecological Engineering for Riparian #Restoration in the Upper Reaches of the Yangtze River, China: https://t.co/3JONcsmKS2
The implementation of these strategies significantly enhanced the species diversity, improving the urban riparian zones’ resilience.
Little research has distinguished the impacts of #land_use/cover change and #climate_change on #ecosystem_service interactions.
Impacts of Land Use and Climate Change on Water-Related Ecosystem Service Trade-offs in the Yangtze River Economic Belt: https://t.co/FP4UUQFHNa
#Climate Variability Impacts on the #Fishery#Ecosystem Structure in the Humboldt Current System (HCS): https://t.co/fDasZfr77i
This study reveals that substantial decadal variations were observed in different functional groups and community indices within the HCS,
Ecosystem Health and Sustainability achieved New Impact Factor 2023 of 4.2, placing in JCR Q1 (36/195 in 'Ecology')!
Huge thanks to everyone for this incredible result!
We warmly welcome your contribution!
Submission: https://t.co/kXQjRAf45D
Website: https://t.co/Tawd2jrat3
The escalating degradation of urban eco-environments has underscored the significance of #ecological#Security Council in sustainable urban development.
How Can the Balance of #Green#Infrastructure Supply and Demand Build an Ecological Security Pattern: https://t.co/S8MytdMt9K
This study investigates the #environmental_benefits of integrated #rice-#duck co-culture as a #sustainable#management practice in rice production.
Life Cycle Assessment of Rice-Duck Co-culture Systems
https://t.co/lQclL1b6sO
Pakistan is currently experiencing ecological stress caused by human activities. It is important to assess effect of these activities on #ecosystem_health.
Spatiotemporal Variation in Ecosystem Health Caused by #Land_Use and Land Cover Changes in Pakistan
https://t.co/yBBUZ6XcQw
Intensive coastal human activities have significantly #reduced#mangrove#coverage throughout many developing regions. Urgent investigation is required.
Exploring #Cumulative#Vulnerability of #Mangrove Forests to Intensive Coastal Anthropogenic Threats: https://t.co/1PFTI2eWqo