Te kapa o Te Reureu: keeping the home fires burning by Suzanne Vallance, Taruke Karatea, Sarah Edwards

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“‘Keep the Fire Burning’: Applications and Culturally Congruent Research Strategies for Research on Sexual and Reproductive Health With Indigenous Women” by Jessica Liddell, Catherine McKinley, Amy Stiffarm

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Disentangling the roles of natural variability and climate change in Canada’s 2023 fire season by Clair Barnes, Piyush Jain, Theodore R Keeping, Nathan Gillett, Jonathan Boucher, Philippe Gachon, Dorothy Heinrich, Megan Kirchmeier-Young, Yan Boulanger

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On using dynamical seasonal forecasts to develop management-driven wildland fire outlooks in Alaska by Cecilia Borries-Strigle, Uma S. Bhatt, Peter A. Bieniek, Mitchell Burgard, Eric Stevens, Heidi Strader, Richard L. Thoman, Alison York, Robert H. Ziel

“…Although May-initialized forecasts are typically more skillful, our early focus on the more challenging March forecasts reflects our commitment to meeting fire managers’ needs. This long-term collaboration, including presentations at spring meetings and sustained engagement through biweekly calls, has helped refine our scientific focus—e.g., by emphasizing the duff-burning subseason and the timing of season-ending rains. …”
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A google earth engine approach for anthropogenic forest fire assessment with remote sensing data in Rema-Kalenga wildlife sanctuary, Bangladesh by Mohammed, Ariful Khan, Angana Kuri, Sohag Ahammed, Kazi Al Muqtadir Abir, Mohammed A.S. Arfin-Khan

“…Even though the quantity of burned area in this forest was not significant, fire management in the forest conservation strategies in Bangladesh should be heeded and incorporated to avoid future disasters, keeping in mind the future climate change.…”
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Calculation of parameters of vegetable raw materials subdrying by A. N. Dadyko

“…Burning in a low-temperature circulating and vortex layer allows to keep small particles (0.5-3.0 mm) in a reaction zone before full burning out. …”
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Investigation of flame morphology and thermal characteristics of NEPE solid propellant combustion in an open air environment by Yuan Ma, Guangmei Shi, Yupeng Hu, Minghai Li, Yanhong Zhang

“…During operations, there is a potential risk of solid propellant being dropped, which could cause fire accidents and a severe thermal environment. …”
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Impact of Population Growth on Forest Cover: A Case Study of Tawang District of Arunachal Pradesh by Gendan Tsering, Gibji Nimasow, Nandini Chakrabarthy Singh

“…Every year each household burns at least two fully matured trees to keep their houses warm. …”
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Living and living with nature. A need of today's population for the common good by Manuel Gregorio Loza-Murguia

“…But behind this problem are unscrupulous people with illicit purposes, whose motives are unknown, however, forest fires and deforestation, continue and continue without stopping, if we add to that the high temperatures, the hurricane winds, a breeding ground par excellence to rekindle the flames and therefore the burning of forests in protected areas will continue, as in the Bolivian Amazon. …”
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The Challenges of Safety Culture: No more risk! by Julija Melnikova

“…These are different traffic accidents, explosions, fires, earthquakes, tsunami, avalanche. In such a situation one is usually helpless. …”
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