${entityLabel}
- Explore publications activity across 554 scientific subdisciplines
+
Explore activity ( publications) across 554 scientific subdisciplines
@@ -75,62 +75,60 @@ corresponding changes in the included Templates. -->
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@@ -75,62 +75,60 @@ corresponding changes in the included Templates. -->
<#-- START TOOLTIP TEXT -->
-VIVO's Map of Science visualization shows the publication activity of any organization, person, or university in a VIVO instance,
-overlaid on the map of science. This particular page shows the publication activity of ${entityLabel}.
+The Map of Science visualization shows the publication activity of any organization, person, or university in +a VIVO instance mapped by the area of science or subdiscipline being researched.
-You can use VIVO's Map of Science visualization to see where ${entityLabel} is active in the world of science -- based solely -on publications that have been loaded into this VIVO instance.
+You can use VIVO's Map of Science visualization to see where ${entityLabel} is active in the world of science, +although only publications that have been loaded into this VIVO site will appear.
-Overlaid circles are larger if ${entityLabel} has many publications in that subdiscipline, and are smaller if ${entityLabel} has -fewer publications in that subdiscipline.
- -Circles are overlaid on the Map of Science itself, which is made of 554 interconnected subdisciplines, shown as grey dots here. -A subdiscipline is defined as a cluster of journals. The Map of Science groups over 16,000 journals into 554 subdisciplines using -similarities in their lists of references and key terms. Subdisciplines that are especially similar to one another are interconnected, -and will be closer to one another on the map. +Colored circles are drawn for subdisciplines where the organization has publications. The more publications the +organization has, the larger the circle drawn. Those subdisciplines without any publications are marked in gray.
+ +Circles are overlaid on the Map of Science, which is made of 554 interconnected subdisciplines, shown as grey +dots here. A subdiscipline is defined as a cluster of journals that share a common topic. The Map of Science +groups over 16,000 journals into 554 subdisciplines using similarities in their lists of references and key +terms. Subdisciplines that are especially similar to one another are connected by lines, and will be closer to +one another on the map.
+ For more information on this and other maps of science, see http://mapofscience.com or http://scimaps.org
+The Map of Science visualization shows the publication activity of any organization, person, or university in +a VIVO instance mapped by the area of science or subdiscipline being researched.
-You can use VIVO's Map of Science visualization to see where ${entityLabel} is active in the world of science -- based solely -on publications that have been loaded into this VIVO instance.
+You can use VIVO's Map of Science visualization to see where ${entityLabel} is active in the world of science, +although only publications that have been loaded into this VIVO site will appear.
-Overlaid circles are larger if ${entityLabel} has many publications in that subdiscipline, and are smaller if ${entityLabel} has -fewer publications in that subdiscipline.
- -Circles are overlaid on the Map of Science itself, which is made of 554 interconnected subdisciplines, shown as grey dots here. -A subdiscipline is defined as a cluster of journals. The Map of Science groups over 16,000 journals into 554 subdisciplines using -similarities in their lists of references and key terms. Subdisciplines that are especially similar to one another are interconnected, -and will be closer to one another on the map. +Colored circles are drawn for subdisciplines where the organization has publications. The more publications the +organization has, the larger the circle drawn. Those subdisciplines without any publications are marked in gray.
+ +Circles are overlaid on the Map of Science, which is made of 554 interconnected subdisciplines, shown as grey +dots here. A subdiscipline is defined as a cluster of journals that share a common topic. The Map of Science +groups over 16,000 journals into 554 subdisciplines using similarities in their lists of references and key +terms. Subdisciplines that are especially similar to one another are connected by lines, and will be closer to +one another on the map.
+ For more information on this and other maps of science, see http://mapofscience.com or http://scimaps.org
-${entityLabel}'s publication activity can be categorized into 13 disciplines or 554 subdisciplines on the map of science.
-
-The map of science is divided into 13 disciplines, each of which has its own area on the map, as well as its own color. -Each of these disciplines contains multiple subdisciplines. You can hover over a discipline in the table below to show -which overlaid circles it corresponds to on the map. -
-Each grey dot on the map represents one of the 554 subdisciplines. A subdiscipline is defined as a cluster of journals. -We grouped over 16,000 journals into 554 disciplines using similarities in their lists of references and key terms. -Subdisciplines that are especially similar to one another are connected by lines, and are closer to one another on the map. -You can hover over a subdiscipline in the table below to show which overlaid circle it corresponds to on the map. +Any organization's publication activity can be categorized into 13 disciplines or 554 subdisciplines on the map +of science.
-
+The map of science is divided into 13 disciplines, each of which has its own area on the map, as well as its own +color. Each of these disciplines contains multiple subdisciplines. You can switch between the discipline and +subdiscipline view. You also can hover over a discipline (or subdiscipline) in the table below to show which +overlaid circles it corresponds to on the map. The selected dot will have a darker ring around it than the +thers.
-The table below summarizes this institution's body of publications as plotted on the map of science. -Each row corresponds to a field (discipline or subdiscipline) on the map. -
+The table below summarizes the organization's body of publications as plotted on the map of science. Each row +corresponds to a field (discipline or subdiscipline) on the map.
-The # of pubs. column shows how many of the publications were mapped to each field. -This count can be fractional because some publication venues are associated with more than one field. -Each publication in such a venue contributes fractionally to all associated fields according to a weighting scheme. +The # of pubs. column shows how many of the publications were mapped to each discipline or subdiscipline. +This count can be fractional because some publication venues are associated with more than one. Each publication +in such a venue contributes fractionally to all associated discipline or subciscipline according to an assigned +weight.
-
-The % activity column shows what proportion of the publications were mapped to each field. +The % of activity column shows what proportion of the publications were mapped to each discipline or +subdiscipline.
-The map of science is divided into 13 disciplines, each of which has its own area on the map, as well as its own color. -Each of these disciplines contains multiple subdisciplines. You can hover over a discipline in the table below to show -which overlaid circles it corresponds to on the map. -
-Each grey dot on the map represents one of the 554 subdisciplines. A subdiscipline is defined as a cluster of journals. -We grouped over 16,000 journals into 554 disciplines using similarities in their lists of references and key terms. -Subdisciplines that are especially similar to one another are connected by lines, and are closer to one another on the map. -You can hover over a subdiscipline in the table below to show which overlaid circle it corresponds to on the map. +Any organization's publication activity can be categorized into 13 disciplines or 554 subdisciplines on the map +of science.
-
+The map of science is divided into 13 disciplines, each of which has its own area on the map, as well as its own +color. Each of these disciplines contains multiple subdisciplines. You can switch between the discipline and +subdiscipline view. You also can hover over a discipline (or subdiscipline) in the table below to show which +overlaid circles it corresponds to on the map. The selected dot will have a darker ring around it than the +thers.
-The table below summarizes this institution's body of publications as plotted on the map of science. -Each row corresponds to a field (discipline or subdiscipline) on the map. -
+The table below summarizes the organization's body of publications as plotted on the map of science. Each row +corresponds to a field (discipline or subdiscipline) on the map.
-The # of pubs. column shows how many of the publications were mapped to each field. -This count can be fractional because some publication venues are associated with more than one field. -Each publication in such a venue contributes fractionally to all associated fields according to a weighting scheme. +The # of pubs. column shows how many of the publications were mapped to each discipline or subdiscipline. +This count can be fractional because some publication venues are associated with more than one. Each publication +in such a venue contributes fractionally to all associated discipline or subciscipline according to an assigned +weight.
-
-The % activity column shows what proportion of the publications were mapped to each field. +The % of activity column shows what proportion of the publications were mapped to each discipline or +subdiscipline.
-This visualization is based on the publications we were able to 'science locate' for ${entityLabel}, and therefore it may not be
-fully representative of the overall publication activity for ${entityLabel}.
+This visualization is based on the publications we were able to 'science locate' for ${entityLabel}, and +therefore it may not be fully representative of the overall publication activity for ${entityLabel}.
-The publication coverage of this visualization can be improved by including more publication data in the VIVO system, and by -ensuring that each publication in the VIVO system is associated with a journal that the Map of Science recognizes (based on -the holdings of Thomson's ISI database and Elsevier's Scopus database). Journal names containing typos or other idiosyncrasies -may need to be cleaned up before they are recognized. You may contact a VIVO system administrator if publication coverage is a -concern.
+The publication coverage of this visualization can be improved by including more publication data in the VIVO
+system, and by ensuring that each publication in the VIVO system is associated with a journal that the Map of
+Science recognizes (based on the holdings of Thomson's ISI database and Elsevier's Scopus database). Journal
+names containing typos or other idiosyncrasies may need to be cleaned up before they are recognized. You may
+contact a VIVO system administrator if publication coverage is a concern.+This visualization is based on the publications we were able to 'science locate' for ${entityLabel}, and +therefore it may not be fully representative of the overall publication activity for ${entityLabel}.
-The publication coverage of this visualization can be improved by including more publication data in the VIVO system, and by -ensuring that each publication in the VIVO system is associated with a journal that the Map of Science recognizes (based on -the holdings of Thomson's ISI database and Elsevier's Scopus database). Journal names containing typos or other idiosyncrasies -may need to be cleaned up before they are recognized. You may contact a VIVO system administrator if publication coverage is a -concern.
- Overlay and examine expertise profiles for one or more organizations. Color coding by discipline.
+ Overlay and examine expertise profiles for a organization. Color coding by discipline.
@@ -156,7 +154,7 @@ Each publication in such a venue contributes fractionally to all associated subd
a weighting scheme.
-The % activity column shows what proportion of the publications were mapped to each subdiscipline. +The % of activity column shows what proportion of the publications were mapped to each subdiscipline.
-The % activity column shows what proportion of the publications were mapped to each subdiscipline. +The % of activity column shows what proportion of the publications were mapped to each subdiscipline.