Greenhouse Gas Mitigation in Forest and Agricultural Lands: Reducing Emissions by Solomon G. Haile, Clyde W. Fraisse, Ramachandran P-K Nair, Vimala D. Nair

“…It provides basic information about greenhouse gases (GHGs), the greenhouse effect, and global warming, and sources of GHG emissions from forest and agricultural lands and discusses land management practices that have potential to reduce GHG emissions in the agricultural and forestry sectors of Florida. …”
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Greenhouse Gas Mitigation in Forest and Agricultural Lands: Reducing Emissions by Solomon G. Haile, Clyde W. Fraisse, Ramachandran P-K Nair, Vimala D. Nair

“…It provides basic information about greenhouse gases (GHGs), the greenhouse effect, and global warming, and sources of GHG emissions from forest and agricultural lands and discusses land management practices that have potential to reduce GHG emissions in the agricultural and forestry sectors of Florida. …”
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Climate Change and Sugarcane Production: Potential Impact and Mitigation Strategies by Duli Zhao, Yang-Rui Li

“…The increasing greenhouse gas emission and global warming during climate change result in the increased frequency and intensity of extreme weather events. …”
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Weakened future surface warming in China due to national planned afforestation through biophysical feedback by Shuaifeng Song, Xiaodong Yan, Xuezhen Zhang, Zhibo Gao, Wenqiang Xie

“…Abstract A national-level afforestation plan has been announced by the Chinese government to combat global warming through carbon sequestration. However, the biophysical feedback of afforestation under future climate scenarios has not yet been assessed. …”
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Climate mitigation and human comfort – A decision-support modeling and simulation tool by Roberta Zarcone, Federica Nava, Fabrizio Tucci

“… Human activities are recognised as primarily responsible for global warming, with consequences such as biodiversity loss and extreme weather phenomena that impact human well-being. …”
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A Machine Learning Approach for Environmental Assessment on Air Quality and Mitigation Strategy by Chetan Shetty, S. Seema, B. J. Sowmya, Rajesh Nandalike, S. Supreeth, Dayananda P., Rohith S., Vishwanath Y., Rajeev Ranjan, Venugopal Goud

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Sustainability and livestock: a doable combination by Antonella Chiariotti

“…If ruminant livestock increase, methane production increases, accelerating global warming inevitably. Depending on resource quality, environmental factors, and social and economic contexts, various types of livestock production systems may vary considerably in sustainability. …”
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Energy transition narratives in the European Union by I. L. Prokhorenko

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Mitigating the oxidative stress caused by UV-B in date palm seedlings: efficacy of salicylic acid and ascorbic acid application by Swaid Sajeda Yaseen, Shareef Hussein Jasim

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Heatwave warnings mitigate long-term cardiovascular diseases risk from heat-related illness: a real-world prospective cohort studyResearch in context by Qi Huang, Limei Ke, Linfeng Liu, Yuyang Liu, Yanjun Li, Guoqing Feng, Bo Yin, Wenxin Xiang, Jiarun Li, Keyi Lyu, Miao Wang, Qiannan Tian, Liqun Wu, Xiaofeng He, Wannian Liang, Huatang Zeng, Jiming Zhu, Kuiying Gu, Qian Di

“…Summary: Background: Global warming is intensifying, exacerbating associated health issues. …”
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State of climate smart agriculture (CSA) practices in the North Central and Northwest zones Nigeria by Isaiah Gabriel, Frank Olajuwon, Dominik Klauser, Blessing Michael, Mara Renn

“…This is particularly the case for developing countries like Nigeria, which suffer from persistent food insecurity today while also facing substantial population growth and a high exposure to the adverse consequences of global warming. Climate-smart agriculture (CSA) practices seek to mitigate agriculture’s contribution to climate change while building resilience and adaptation to the impacts of climate change and increasing the production of food crops. …”
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Effect of practicing water-saving irrigation on greenhouse gas emissions and crop productivity: A global meta-analysis by Mingdong Tan, Ningbo Cui, Shouzheng Jiang, Liwen Xing, Shenglin Wen, Quanshan Liu, Weikang Li, Siwei Yan, Yaosheng Wang, Haochen Jin, Zhihui Wang

“…The results showed that WSI significantly alleviated the agricultural greenhouse effect by reducing carbon dioxide (CO2) emission (ln RR = −0.084, 95 %CI: −0.139 to −0.028) and methane (CH4) emissions (ln RR = −0.551, 95 %CI: −0.640 to −0.462). Notably, the global warming potential (GWP) and greenhouse gas intensity (GHGI) significantly decreased by −0.290 (95 %CI: −0.346 to −0.234) and −0.389 (95 %CI: −0.579 to −0.199), respectively, highlighting the effectiveness of WSI in mitigating the impacts of climate change. …”
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Soil carbon-food synergy: sizable contributions of small-scale farmers by Toshichika Iizumi, Nanae Hosokawa, Rota Wagai

“…Additional SOC sums up to 12.78 GtC (11.55–14.05 GtC) of global SOC stock, which earns 38.24 Mt (22.88–57.48 Mt) of additional crop production and prevents warming by 0.030 °C (0.019–0.041 °C). …”
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Conservation Tillage Mitigates Soil Organic Carbon Losses While Maintaining Maize Yield Stability Under Future Climate Change Scenarios in Northeast China: A Simulation of the Agri... by Hongrun Liu, Baocai Su, Rui Liu, Jiajie Wang, Ting Wang, Yijia Lian, Zhenzong Lu, Xue Yuan, Zhenwei Song, Runzhi Li

“…Global warming may reduce maize yields and soil organic carbon (SOC), potentially threatening global food security and soil health. …”
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Assessing the relative contribution of various anthropogenic sources to atmospheric methane in Rivers State, Nigeria: A multi-criteria decision analysis approach by Onwusameka Sonny Ogbowuokara, Tambari Gladson Leton, John Nwenearizi Ugbebor, Ochuko Felix Orikpete

“…Its release from sources like landfills, agriculture, and the energy sector exacerbates climate change, making it crucial to monitor and reduce methane emissions to mitigate global warming and achieve climate goals. …”
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Dependence of Climate and Carbon Cycle Response in Net Zero Emission Pathways on the Magnitude and Duration of Positive and Negative Emission Pulses by K. U. Jayakrishnan, Govindasamy Bala, Ken Caldeira

“…Abstract Understanding the climate and carbon cycle response to negative CO2 emissions is important for developing climate mitigation strategies that aim to limit global warming to a specific threshold. …”
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Retracted: How Do Renewable Energy, Economic Growth and Natural Resources Rent Affect Environmental Sustainability in a Globalized Economy? Evidence From Colombia Based on the Grad... by Abraham Ayobamiji Awosusi, Mário Nuno Mata, Zahoor Ahmed, Zahoor Ahmed, Zahoor Ahmed, Manuel Francisco Coelho, Manuel Francisco Coelho, Mehmet Altuntaş, José Moleiro Martins, José Moleiro Martins, Jéssica Nunes Martins, Jéssica Nunes Martins, Stephen Taiwo Onifade, Stephen Taiwo Onifade

“…Undoubtedly, fossil fuel energy consumption causes global warming. The question at the core is whether or not we want to quit energy consumption? …”
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CO2lonialismo y geografías de esperanza by Julianne Hazlewood

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SDG-enabled decarbonisation transport pathways for mid-sized Indian cities by Darshini Mahadevia, Saumya Lathia, Chandrima Mukhopadhyay

“…All international agreements recognise that sustainable development, equity and poverty alleviation are preconditions for the substantial societal and technological transformations required to limit global warming to 1.5°C. A growing body of literature indicates that while climate change undermines the progress of Sustainable Development Goals (SDGs), climate actions also pose several trade-offs with them. …”
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Life cycle assessment of cocoa farming sustainability by implementing compound fertilizer by I. Idawati, N.A. Sasongko, A.D. Santoso, A.W. Sani, H. Apriyanto, A. Boceng

“…In this context, electricity and fertilizer were the main contributors to environmental pollution, accounting for 0.438 kilogram carbon dioxide equivalent and 0.215 kilogram carbon dioxide equivalent at 20.97 percent and 10.27 percent, respectively.CONCLUSION: The reduction in the use of inorganic nitrogen, phosphate, potassium fertilizer, from 3.75 to 1.25 kilogram perkilogram cocoa, or the adoption of bio-based nitrogen, phosphate, potassium fertilizer at a rate of 2.5/ kilogram, could substantially mitigate the environmental impact. This mitigation resulted in a 16 percent decrease in global warming potential, reducing from 2.092 to 1.745 kilogram carbon dioxide equivalent. …”
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