Target species’ present day environmentally suitable space and predicted changes in short, medium, long term. by Rebecca Upson (3361301)

“…For changes in environmentally suitable area available a value of < 100%, 100% or > 100% corresponds to a decrease, no alteration or increase.…”

Effects of pipeline optimization on group-level activation, <i>weak</i> contrast. by Nathan W. Churchill (180963)

“…For (B–C), each point represents mean correlation/overlap of one subject with all others; blue lines show an increase in correlation/overlap with <b>IND</b>, and red lines show a decrease.…”

Reproductive traits and body condition. by Mary Hagedorn (319120)

“…In fact, the most extreme body condition values (1.73 and 2.47) demonstrated a 75% decrease in sperm concentration.</p>…”

Historical trends of the key variables. by Carlos Zapata (17650)

“…<p>(a) PA has a logarithmic growth. (b) In blue, the coverage of the mangrove forests in the Gulf of Guayaquil, and in orange the trend within the SA which has linear growth. …”

WGCNA analysis on the DEgene datasets. by Xin Zhao (71840)

“…Red mean Abmsc showed the highest expression among the cell lines; while green mean Fbmsc and purple mean hESC. c) The relative expression of ANGPT1, VEGFA, FGF2, PDGFB and PDGFRA between Abmsc and Fbmsc.…”

Figure CSA-2 4.18 by CIMR project (7352015)

“…Both the mean error and standard deviations clearly decrease with the addition of the MW data. …”

Top 15 most-important features in Random forest modeling for discrimination between PRD-inducing and non-inducing soils. by Abdur R. Khan (7172030)

Image_1_Mucosal microbiome of surgically treated terminal ileal Crohn’s disease.tif by Florian N. Loch (17777922)

“…Several significant taxonomic differences were seen at the phylum-, order-, and genus-levels between the formed groups, such as a decrease of Firmicutes (phylum-level) and an increase of Bacteroides and Escherichia/Shigella/Pseudescherichia (genus-level) in CD study – colon vs. the non-CD control – colon (p ≤ 0.05). …”

Image1_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image_3_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image2_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image4_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Table4_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image_1_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Table_2_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.docx by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image5_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image6_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Image_6_Modelling the bottom-up effects of climate change on primary production in the Gulf of St. Lawrence and eastern Scotian Shelf.png by Zhi-Ping Mei (19427332)

“…Lawrence Estuary, is the largest estuarine system in North America. It is a biologically productive sea and an important fishing ground in Canada. …”

Data_Sheet_2_The Evolutionary Patterns of Genome Size in Ensifera (Insecta: Orthoptera).pdf by Hao Yuan (502114)

“…In our study, we used flow cytometry to determine the genome size of 32 species of Ensifera, the smallest one being only 1C = 0.952 pg with the largest species up to 1C = 19.135 pg, representing a 20-fold range. …”

DataSheet_1_Two treatment methods on Ulva prolifera bloom result in distinctively different ecological effects in coastal environment.docx by Shuhang Dong (12521752)

“…<p>Green tides Ulva prolifera have broken out in the Yellow Sea for more than 10 years, becoming a periodic ecological disaster. The largest-ever green tide that occurred in 2021 promoted innovation in treatment methods. …”