GX & Decarbonization Research

Shuaixiang Zhao, Susanne Schmidt, Yunting Fang +4

This study shows that soil texture governs mineral-associated organic carbon accumulation, while temperature drives contrasting particulate carbon responses in maize and rice croplands, contributing to understanding agricultural carbon sequ…

Wonhee Cho, Dongwook W. Ko

This study used the LANDIS-II and PnET models to simulate 200 years of forest succession and carbon dynamics in young forests under BAU, RCP45, and RCP85 scenarios. Results show that climate change alters successional pathways and carbon ca…

Yifei Zhang, Siying Li, Ping Yang +7

Migratory bird aggregation in restored wetlands creates seasonal greenhouse gas hotspots, highlighting ecosystem-climate interactions.

Kent Pham, Rebecca K. McGrail, Luke A. Moe +2

Field experiments in Kentucky over 2022-2023 compared greenhouse gas emissions from fiber hemp and corn. Cumulative CO2-equivalent emissions were similar for both crops, but corn stored up to 3.5 times more root biomass. This challenges the…

A. Hashemi, E. Faghani, Thomas Roitsch

This meta-analysis of 28 studies examines priming-induced drought memory in rapeseed and cotton. Both crops show improved drought tolerance via different mechanisms: rapeseed enhances antioxidant defenses, while cotton sustains water status…

Jinshuai Li, Tianxiang Hao, Hongyang Chen +6

This study synthesizes eddy covariance data from 43 natural wetlands to quantify greenhouse gas responses to water table depth (WTD). Both net ecosystem productivity and methane fluxes show unimodal relationships with WTD, peaking at 50–60 …

Jun Li, Chao Feng

This paper analyzes the impact of extreme temperatures on economic development, exploring how climate change affects high-quality economic growth. While specific findings are unavailable, it provides a crucial perspective on the economic co…

Tiantong Zhou, Qiong Xiao, Fajia Chen +6

This study analyzes soil water, carbon, and nitrogen sources in a karst peak-cluster depression in Guangxi, China, and the response of karst carbon sinks to human activities. Using nitrate isotopes and Bayesian mixing models, it finds that …

Zhaoxin Zhang, Juliana Gil-Loaiza, Antonette DiGuiseppe +6

This study examined how five common VOCs (methanol, acetaldehyde, acetone, isoprene, α-pinene) impact soil carbon dynamics using controlled incubations and metabolomics. Carbon retention varied from 22% to 72%, with most carbon ending up as…

Santhebennur Jayappa Veeresh, N. D. Hitesh, H. T. Raghavendra Gowda

This review examines zoos and aquariums as socio-ecological testbeds for climate mitigation and sustainable development, analyzing four technological pathways: genetic/reproductive biotechnologies, AI-assisted digital tools, operational sus…

Sanjida Binta Shafin Mishu, Tusher Mohajan, Rakin Hasan +3

A survey of 200 residents in Mollahat, Bangladesh assessed knowledge, attitudes, and practices on climate change adaptation and mitigation. 76% acknowledged it as a pressing issue, while 25% were skeptical. Most believed in local preparedne…

Serrano O.

Australian vegetated coastal ecosystems such as mangroves, seagrasses, and salt marshes have high carbon sequestration capacity, making them global hotspots for climate change mitigation. This study highlights the importance of protecting a…

Ji M.

This study proposes a method to simultaneously enhance nutrient removal and reduce greenhouse gas emissions in constructed wetlands by optimizing the redox environment through manganese oxide addition. It offers a low-cost, nature-based sol…

Dahae Kim, Jung‐Hyun Kim, Sujin Kang +2

This study investigated sources of particulate organic carbon in the Mackenzie Trough of the Canadian Beaufort Sea using dual-isotope analysis and molecular biomarkers. Applying a Monte Carlo mixing model, they found that petrogenic organic…

Jia Lin, Xiaoguang Ouyang

This study analyzed sediment carbon and nitrogen accumulation in 90 cores from natural and restored mangroves, seagrass beds, and tidal flats in estuarine and open-coast settings in South China. Using an organic matter diagenetic model, mul…

Tarshish, Nathaniel

This repository provides data and code to reproduce the analysis by Tarshish et al. (2026) on multi-century cooling after net-zero GHG emissions, using the FaIR simple climate model and the ZECMIP multi-model archive.

Jun Li, Liang Ma, Shuying Zang +1

This paper investigates greenhouse gas emission characteristics and influencing factors in permafrost areas across different seasons. It is important for understanding climate feedback mechanisms but not directly applicable to corporate dec…

Nathaniel Tarshish, Nadir Jeevanjee, Inez Fung

This climate modeling study suggests that even after achieving net-zero greenhouse gas emissions, global temperatures may continue to cool for centuries. It implies that reaching net-zero alone may not be sufficient for long-term climate st…

Andrew H. MacDougall

This paper argues that stabilizing the climate requires reducing emissions below net zero (net-negative emissions), implying that conventional net zero targets are insufficient.

Dorigo W.

This paper proposes novel long-term global indicators of plant productivity using microwave satellite data. It may contribute to climate impact assessment and carbon cycle modeling.