【💡Editor's Choice】
Volatilization-related ammonia and fossil fuel nitrogen oxides emission sources are the major contributors to #AtmosphericNitrogenDeposition in the Mengshan area according to the #Mosses record.
#EnvironmentalChanges
@mapjournals.bsky.social
doi.org/10.1093/jpe/...
How have land-use changes affect ant diversity in the Acre River basin, south-western Brazilian Amazon?
See this recent Research Paper in #EnvironmentalConservation bit.ly/461I9jp
#Biogeography #bioindicators #environmentalchanges #forestconversion #Formicidae #conservationscience🌎 🐜
Graphical abstract Peng et al. (2025).
New publication: Non-uniform responses of small #fragilarioid taxa to #environmentalchanges in global #mountainlakes during the last century. #climatechange #climatewarming #anthropocene
doi.org/10.1016/j.gl...
Fractional contributions of (a) c-NH3 (mainly from coal combustion (Cc), vehicle exhausts (Ve) and biomass burning (Bb)) and v-NH3 (mainly from fertilizer application (Fa) and wastes (Wa)) emission sources to atmospheric NHx deposition, (b) f-NOx (mainly from coal combustion (Cc) and vehicle exhausts (Ve)) and nf-NOx (mainly from biomass burning (Bb) and microbial N cycles (Mc)) emission sources to atmospheric NOy deposition at Mengshan in 2012, 2018 and 2022. Mean ± SD is shown.
✳️ #Mosses record historical variations of #AtmosphericNitrogenDeposition in a mountain area of northern China
Results:
1️⃣ 2012~2018: moss nitrogen(N) contents ⬆️, moss N isotope values ⬇️;
2️⃣ 2012~2022: total N deposition fluxes ⬆️.
#EnvironmentalChanges | #Biomonitoring
doi.org/10.1093/jpe/...
Comparison of the ratios of 4 macroelements (a–d) and 4 microelements (e–h) in leaves of 31 kinds trees and 10 shrubs in Dinghushan evergreen broad-leaved forest in wet season to dry season.
Zheng-Chao Yu et al. explored 🔎different responses of #Macroelement and #Microelement contents of 41 #SubtropicalEvergreenBroadleafPlant leaves to #EnvironmentalChanges in the wet💦 and dry🥵 seasons.
➡️https://doi.org/10.1093/jpe/rtad027
Contribution rate of soil factors to Hippophae rhamnoides functional traits.
#HippophaeRhamnoides, a pioneer species in community succession on the #Qinghai-TibetPlateau, is #Dioecious, and the ratio of female to male plants has undergone significant changes due to #EnvironmentalChanges. Based on this, Baoli Fan et al. conducted research on it.
doi.org/10.1093/jpe/...
"Research paper challenges claim that genus #Homo originated in response to #EnvironmentalChanges"
http://phy.so/421059867 via @physorg_com
