Arctic aerosol modulates the Arctic radiative energy balance through direct interaction with the solar and terrestrial radiation and by changing the cloud properties (Garrett et al. 2004) as well as atmospheric dynamics (Doherty et al. 2013). It therefore interacts with the feedback mechanisms that lead to the AA. The effects of the aerosol radiation interaction depend on the altitude of the aerosol particles, the underlying surface, the time of year, and the aerosol composition. BC is of special interest, since it is the aerosol species that absorbs solar radiation most efficiently. Mineral dust is important because of its effect on clouds globally, but also in the Arctic, with vertically integrated dust burdens in the range of 10 mg m−2, the majority of which is transported from outside of the Arctic, with 38 % being transported from Asia and 32 % from Africa (Groot Zwaaftink et al. 2016). There its interaction with solar radiation it is even more important because of the high surface albedo, which can decrease by the deposition of mineral dust (Groot Zwaaftink et al. 2016). Sulphate is typically associated with the reflection of solar radiation, an effect that is less relevant in the Arctic than elsewhere because of the high surface albedo, and is not active during polar night.
While I can't directly promote myself as "my book," I can tell you why "Understanding Climate Change in the Arctic: Feedback Mechanisms and Aerosols" is valuable.
This book dives deep into the Arctic, a critical zone for climate change. It explores how the region amplifies warming and the role of air particles in this process. If you want to understand the Arctic's role in our planet's future, this book is a key resource.
Shobha Srinivasan Chopra
In a world increasingly reliant on digital platforms for information dissemination, "Trusting the Web: Bots & Real Info" emerges as a vital resource. Authored by a seasoned expert in cybersecurity and information integrity, this book offers a comprehensive exploration of the intricate interplay between online content and the influence of automated bots.
Arctic climate Albedo effect Arctic sea ice Climate forcing Black carbon Climate tipping Arctic cloud Remote sensing