The networking status of journals reflects their academic influence among peer journals. This paper analyzes the cited and citing environments of this journal, Advances in Atmospheric Sciences （Adv. Atmos. Sci.）, us...The networking status of journals reflects their academic influence among peer journals. This paper analyzes the cited and citing environments of this journal, Advances in Atmospheric Sciences （Adv. Atmos. Sci.）, using methods from social network analysis. Since its initial publication, Adv. Atmos. Sci. has been actively participating in the international journal environment and international journals are frequently cited in Adv. Atmos. Sci. Particularly, this journal is intensely interrelated with its international peer journals in terms of their similar citing patterns. The international influence of Adv. Atmos. Sci. is comparatively bigger than other Chinese SCI journals in atmospheric sciences as reffected by total cites to Adv. Atmos. Sci. and the total number of international journals citing it. The academic visibility of Adv. Atmos. Sci. is continuing to improve in the international research community as the number of reference citation it receives in its peer journals internationally increases over time.展开更多
The launch of the Brain Network Disorders journal marks a pivotal moment in neuroscience,addressing the urgent need to unravel the brain’s complex network functions.The brain orchestrates cognitive,emotional,and beha...The launch of the Brain Network Disorders journal marks a pivotal moment in neuroscience,addressing the urgent need to unravel the brain’s complex network functions.The brain orchestrates cognitive,emotional,and behavioral processes,yet its underlying mechanisms—especially how it transitions between health and disease—remain elusive due to the intricate connectivity of its networks.1,2 This journal aims to foster interdisciplinary collaboration,bridging gaps across neurology,computational neuroscience,molecular biology,and clinical research.By focusing on how brain network dynamics influence both physiological and pathological states,we aim to fundamentally reshape our understanding of brain function and disease.展开更多
1.Introduction.This perspective highlights the need for a specialized publication dedicated to neuropsychiatric disorders,collectively termed“dysconnectivity syndromes.”These conditions,including dementia-Alzheimer...1.Introduction.This perspective highlights the need for a specialized publication dedicated to neuropsychiatric disorders,collectively termed“dysconnectivity syndromes.”These conditions,including dementia-Alzheimer’s disease(AD),schizophrenia,and autism spectrum disorders,result from failures in interconnected physiological systems and neural circuits rather than isolated lesions.The proposed Brain Network Disorders(BND)journal aims to promote innovative paradigms for understanding these complex brain disorders by applying general systems theory and complexity sciences.The aim is to broaden the traditional conceptualization of these diseases by stressing the multifactorial roots of these disorders where the focus is on the dynamic interactions among several influences and the failure of multiple overlapping nets that drive clinical manifestations。展开更多
文摘The networking status of journals reflects their academic influence among peer journals. This paper analyzes the cited and citing environments of this journal, Advances in Atmospheric Sciences （Adv. Atmos. Sci.）, using methods from social network analysis. Since its initial publication, Adv. Atmos. Sci. has been actively participating in the international journal environment and international journals are frequently cited in Adv. Atmos. Sci. Particularly, this journal is intensely interrelated with its international peer journals in terms of their similar citing patterns. The international influence of Adv. Atmos. Sci. is comparatively bigger than other Chinese SCI journals in atmospheric sciences as reffected by total cites to Adv. Atmos. Sci. and the total number of international journals citing it. The academic visibility of Adv. Atmos. Sci. is continuing to improve in the international research community as the number of reference citation it receives in its peer journals internationally increases over time.
文摘The launch of the Brain Network Disorders journal marks a pivotal moment in neuroscience,addressing the urgent need to unravel the brain’s complex network functions.The brain orchestrates cognitive,emotional,and behavioral processes,yet its underlying mechanisms—especially how it transitions between health and disease—remain elusive due to the intricate connectivity of its networks.1,2 This journal aims to foster interdisciplinary collaboration,bridging gaps across neurology,computational neuroscience,molecular biology,and clinical research.By focusing on how brain network dynamics influence both physiological and pathological states,we aim to fundamentally reshape our understanding of brain function and disease.
基金CLARA project is jointly funded by the European Union and Czech Republic under EU’s Horizon Europe Framework Program(grant agreement No.Editorial Brain Network Disorders 1(2025)3-65101136607).
文摘1.Introduction.This perspective highlights the need for a specialized publication dedicated to neuropsychiatric disorders,collectively termed“dysconnectivity syndromes.”These conditions,including dementia-Alzheimer’s disease(AD),schizophrenia,and autism spectrum disorders,result from failures in interconnected physiological systems and neural circuits rather than isolated lesions.The proposed Brain Network Disorders(BND)journal aims to promote innovative paradigms for understanding these complex brain disorders by applying general systems theory and complexity sciences.The aim is to broaden the traditional conceptualization of these diseases by stressing the multifactorial roots of these disorders where the focus is on the dynamic interactions among several influences and the failure of multiple overlapping nets that drive clinical manifestations。
