Average productivity of the Finnish ospreys in 1971–2022. by Matti Viluksela (321291)

Temporal trend of ∑TEQ in osprey eggs in different study areas. by Matti Viluksela (321291)

Individual data and box plots on ∑TEQs of all samples. by Matti Viluksela (321291)

“…<p>Individual data show decreasing temporal trends that depend on study area until 2010 (A). …”

Individual data and box plots on ∑BDE of all samples. by Matti Viluksela (321291)

Temporal trend (1972–2017) of ∑PCB (upper graph) and PCB TEQ (lower graph) in osprey eggs in the whole dataset and in different study areas. by Matti Viluksela (321291)

“…Both ∑PCB and PCB TEQ decreased significantly in the whole dataset (annual decrease 3.5 and 4.0%, respectively) and in all study areas (annual decrease 2.2–4.4%).…”

Individual data and box plots on ∑PCB and PCB TEQs of all samples. by Matti Viluksela (321291)

“…<p>In left panel ∑PCB (A) and PCB TEQ (C) show decreasing temporal trends that depend on study area until 2010. …”

Individual data and box plots on ∑PCDD/F and PCDD/F-TEQs of all samples. by Matti Viluksela (321291)

“…<p>In left panel ∑PCDD/F (A) and PCDD/F TEQ (C) show decreasing trends since 1980’s-1990’s until 2010. …”

Fig 12 - by Matti Viluksela (321291)

“…<p>Geometric means of absolute concentrations (A) and average relative (B) concentrations of 5 most abundant BDE congeners and the sum of other congeners in different study areas during the first (1972–1986), second (1987–2001) and third (2002–2017) trimester of the study. …”

Individual data and box plots on ∑PCN of all samples. by Matti Viluksela (321291)

Fig 10 - by Matti Viluksela (321291)

Fig 16 - by Matti Viluksela (321291)

Fig 8 - by Matti Viluksela (321291)

Temporal trend of ∑PCN levels in osprey eggs in different study areas. by Matti Viluksela (321291)

Fig 14 - by Matti Viluksela (321291)

Effects of Solid Precipitation and Surface Corrosion on the Adhesion Strengths of Sintered Hydrate Deposits on Pipe Walls by Chenwei Liu (2603248)

“…It was found that the hydrate adhesion strengths increased by 1.2–1.5× when the soaking time of the carbon steel substrate in a 5 wt % NaCl solution increased from 24 to 72 h, which reduced the water wetting angle from 112 ± 3.5° to 94 ± 3.3°. …”

Effects of Solid Precipitation and Surface Corrosion on the Adhesion Strengths of Sintered Hydrate Deposits on Pipe Walls by Chenwei Liu (2603248)

“…It was found that the hydrate adhesion strengths increased by 1.2–1.5× when the soaking time of the carbon steel substrate in a 5 wt % NaCl solution increased from 24 to 72 h, which reduced the water wetting angle from 112 ± 3.5° to 94 ± 3.3°. …”

Effects of Solid Precipitation and Surface Corrosion on the Adhesion Strengths of Sintered Hydrate Deposits on Pipe Walls by Chenwei Liu (2603248)

“…It was found that the hydrate adhesion strengths increased by 1.2–1.5× when the soaking time of the carbon steel substrate in a 5 wt % NaCl solution increased from 24 to 72 h, which reduced the water wetting angle from 112 ± 3.5° to 94 ± 3.3°. …”

Effects of Solid Precipitation and Surface Corrosion on the Adhesion Strengths of Sintered Hydrate Deposits on Pipe Walls by Chenwei Liu (2603248)

“…It was found that the hydrate adhesion strengths increased by 1.2–1.5× when the soaking time of the carbon steel substrate in a 5 wt % NaCl solution increased from 24 to 72 h, which reduced the water wetting angle from 112 ± 3.5° to 94 ± 3.3°. …”

Fig 6 - by Matti Viluksela (321291)

Subnetwork of core DE genes with ≥5.0 degree and a fold change of ≥2.0 (50 nodes and 97 edges). by Reena Arora (1464781)