Global Wildfire Brown Carbon Simulation Results: Supporting Data for "Strong Shortwave Absorption by Wildfire Brown Carbon from Global Observations and Modeling"

This dataset contains comprehensive simulation results that quantify the global radiative impacts of wildfire brown carbon (BrC) aerosols. The data supports the findings presented in the manuscript "Strong Shortwave Absorption by Wildfire Brown Carbon from Global Observations and Modeling" and provides essential modeling outputs for understanding wildfire aerosol climate effects.<b>Dataset Contents:</b>The dataset includes three key simulation components:<b>tBrC</b>: considering only traditional BrC light absorption in MAM4;<b>dBrC_MIN</b>: run with minimum mass fraction and lowest <i>k</i> values of d-BrC, representing the weakest absorption of d-BrC on top of the traditional BrC;<b>dBrC_MAX (Maximum Brown Carbon Impact)</b>: run with maximum mass fraction and highest <i>k</i> values of d-BrC, representing the strongest absorption of d-BrC on top of the traditional BrC.

本数据集包含一套全面的模拟结果，用于量化野火棕碳（BrC）气溶胶的全球辐射效应。本数据集支撑了发表于学术论文《基于全球观测与模拟的野火棕碳强短波吸收特性》中的研究结论，并为理解野火气溶胶的气候影响提供了关键模拟输出数据。<b>数据集内容：</b>本数据集包含三类核心模拟组分：<b>tBrC</b>：仅在MAM4模式中考虑传统棕碳的光吸收过程；<b>dBrC_MIN</b>：采用d-BrC的最小质量分数与最低<i>k</i>值开展模拟，代表在传统棕碳基础上，d-BrC所产生的最弱吸收效应；<b>dBrC_MAX（最大棕碳影响）</b>：采用d-BrC的最大质量分数与最高<i>k</i>值开展模拟，代表在传统棕碳基础上，d-BrC所产生的最强吸收效应。