Floatinghearts: Nymphoides spp. by Ian J. Markovich, Joseph W. Sigmon, Lyn A. Gettys

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Oxygen-binding proteins aid oxygen diffusion to enhance fitness of a yeast model of multicellularity. by Whitney Wong, Pablo Bravo, Peter J Yunker, William C Ratcliff, Anthony J Burnetti

“…We address this knowledge gap by heterologously expressing the oxygen-binding proteins myoglobin and myohemerythrin in snowflake yeast, a model system of simple, undifferentiated multicellularity. …”
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Estimation of snow cover through object-oriented techniques using image sensors OLI and TIRS (Case Study: Sabalan Mountain) by Hooshang Seifi

“…Due to the hard physical conditions of mountainous environments, there is no possibility of snow measurement. the use of  remote sensing with regard to low costs, up-to-date and extensive coverage in this field can be proven to be a good way to identify in snowflake areas. the main objective of this research is to estimate the surface coverage of Sabalan mountains using satellite images of OLI and TIRS sensors and using the object-oriented classification method. …”
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Aquatic Weeds: Crested Floating Heart (Nymphoides cristata) by Leif N. Willey, Kenneth A. Langeland

“…Crested floating heart is a native of Asia but was introduced to North America through the aquatic plant nursery trade and marketed as ‘snowflake.’ In the United States, crested floating heart escaped from cultivation and became established in Florida water bodies. …”
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Aquatic Weeds: Crested Floating Heart (Nymphoides cristata) by Leif N. Willey, Kenneth A. Langeland

“…Crested floating heart is a native of Asia but was introduced to North America through the aquatic plant nursery trade and marketed as ‘snowflake.’ In the United States, crested floating heart escaped from cultivation and became established in Florida water bodies. …”
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Sustainable Winter-Tourism: the Project Snow-Cloud by Walter Klasz, Michael Bacher, Markus Ressl

“…The project emerged from the fusion of new snowmaking technology, based on the principle of natural snowflake evolution and the spatial conception of wooden Cloud structures, which are placed in the local environments in a sense of functional land-art.…”
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Hyperbolic Metric Spaces and Stochastic Embeddings by Chris Gartland

“…The following are obtained as our main results: (1) every snowflake of a compact, finite Nagata-dimensional metric space stochastically embeds into an ultrametric space and has Lipschitz free space isomorphic to $\ell ^1$ , (2) the Lipschitz free space over hyperbolic n-space is isomorphic to the Lipschitz free space over Euclidean n-space and (3) every infinite, finitely generated hyperbolic group stochastically embeds into an $\mathbb {R}$ -tree, has Lipschitz free space isomorphic to $\ell ^1$ , and admits a proper, uniformly Lipschitz affine action on $\ell ^1$ .…”
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Microstructure and Fatigue Properties of 6061 Aluminum Alloy Laser-MIG Hybrid Welding Joint by Cong Fan, Shanglei Yang, Minqi Zhu, Yishan Bai

“…The grain size of HAZ is larger than that of base metal (BM) due to the influence of welding heat cycle. Snowflake-like equiaxed grains were found in the upper, middle, and lower parts of the welded joint (WJ). …”
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The first application of flush probe arrays on HL-3 tokamak by Z.H. Huang, L.W. Yan, K.Y. Yi, Na Wu, W.J. Chen, W.C. Wang, Yu He, J. Chen, J. Cheng, W. Zhao, J.M. Gao, L. Nie, Z.B. Shi, X.Q. Ji, W.L. Zhong

“…Newly flush-mounted Langmuir probe arrays are fabricated and applied in the HL-3 tokamak to investigate its advanced divertor physics such as snowflake and tripod divertors. Three sets of flush probe arrays are installed on toroidal ports 4, 10 and 18. …”
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Function spaces on the Koch curve by Maryia Kabanava

“…We consider two types of Besov spaces on the Koch curve, defined by traces and with the help of the snowflaked transform. We compare these spaces and give their characterization in terms of Daubechies wavelets.…”
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Algorithm for Cloud Particle Phase Identification Based on Bayesian Random Forest Method by Fu Tao, Yang Zhipeng, Tao Fa, Hu Shuzhen, Lu Yuxiang, Fu Changqing

“…These features are utilized to train models for the identification of snowflakes, ice crystals, liquid cloud droplets, and raindrops. …”
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L’émergence d’un autre ornement Art nouveau au tournant des années 1910 by Aurélien Locatelli

“…The pieces, very well-documented in the workshop archives, bear witness to a unique production that helped combine the popular arts with new motifs inspired by the stylisation of pine trees, snowflakes and alpine flowers. In her skilful work, which attempted to give an account of the invisible forces that governed nature, it is possible to see the evolution of ornamentation in the 1910s towards a rigorous, geometric style.…”
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The Mystery of “those icy climes” (Shelley 269): Literature, Science and Early Nineteenth-century Polar Exploration by Catherine Lanone

“…Nineteenth-century science probed into the mystery of ice, from the structure of snowflakes to glaciers to Polar exploration. Literature reflects this attempt to understand the shifting nature of ice, a transparent yet deceptive—neither liquid nor truly solid—elemental structure. …”
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