Eric Berlow
Ecologist
Eric Berlow's AcademicInfluence.com Rankings

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Biology
Eric Berlow's Degrees
- PhD Ecology University of California, Berkeley
- Masters Environmental Science Stanford University
- Bachelors Biology Stanford University
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Why Is Eric Berlow Influential?
(Suggest an Edit or Addition)According to Wikipedia, Eric L. Berlow is an American ecologist and data scientist. He co-founded a visual data interface company, which was acquired by Rakuten Inc. in 2016. He now runs Vibrant Data Labs, a social impact data science group currently focused the building on an open-source framework for tracking the flows of money to climate mitigation and resilience efforts on the ground. Prior to Vibrant Data Labs, Berlow was the founding director of the University of California's first science and education institute inside Yosemite National Park which facilitated efforts to leverage data for informing conservation policy and natural resource management. Berlow is internationally recognized for his research on ecological complexity, with articles in Nature, Science, and Proceedings of the National Academy of Sciences. He is best known for his TED talks on simplifying complexity and finding hidden patterns in complex data. Berlow has received a TED Fellowship, a TED Senior Fellowship, an Alexander Von Humboldt Fellowship, a National Science Foundation Post-doctoral Fellowship, and a National Center for Ecological Analysis and Synthesis Fellowship. He was named one of the top 100 Creatives by Origin magazine.
Eric Berlow's Published Works
Published Works
- Global biodiversity scenarios for the year 2100. (2000) (8520)
- Approaching a state shift in Earth’s biosphere (2012) (1581)
- Detritus, trophic dynamics and biodiversity (2004) (1029)
- The Keystone Species Concept: Variation in Interaction Strength in a Rocky Intertidal Habitat (1994) (697)
- Interaction strengths in food webs: issues and opportunities (2004) (575)
- Consumer-resource body-size relationships in natural food webs. (2006) (569)
- Strong effects of weak interactions in ecological communities (1999) (460)
- Two degrees of separation in complex food webs (2002) (389)
- Simple prediction of interaction strengths in complex food webs (2009) (323)
- More than a meal… integrating non-feeding interactions into food webs. (2012) (322)
- QUANTIFYING VARIATION IN THE STRENGTHS OF SPECIES INTERACTIONS (1999) (236)
- Predicting invasion success in complex ecological networks (2009) (173)
- Scaling up keystone effects from simple to complex ecological networks (2005) (170)
- Network structure beyond food webs: mapping non-trophic and trophic interactions on Chilean rocky shores. (2015) (161)
- Foraging theory predicts predator-prey energy fluxes. (2008) (145)
- The biology of rocky shores (1997) (145)
- How Structured Is the Entangled Bank? The Surprisingly Simple Organization of Multiplex Ecological Networks Leads to Increased Persistence and Resilience (2016) (139)
- FROM CANALIZATION TO CONTINGENCY: HISTORICAL EFFECTS IN A SUCCESSIONAL ROCKY INTERTIDAL COMMUNITY (1997) (133)
- BODY SIZES OF CONSUMERS AND THEIR RESOURCES (2005) (121)
- Predator diversity and identity drive interaction strength and trophic cascades in a food web. (2008) (89)
- SHRUB EXPANSION IN MONTANE MEADOWS: THE INTERACTION OF LOCAL-SCALE DISTURBANCE AND SITE ARIDITY (2002) (61)
- Mapping the Themes, Impact, and Cohesion of Creativity Research over the Last 25 Years (2016) (61)
- Approaching a state shift in Earth's (2012) (60)
- Variable interaction strengths stabilize marine community pattern. (2006) (51)
- Spatial and temporal variation in rocky intertidal community organization: Lessons from repeating field experiments (1997) (46)
- Consumption‐Based Conservation Targeting: Linking Biodiversity Loss to Upstream Demand through a Global Wildlife Footprint (2016) (43)
- RESPONSE OF HERBS TO SHRUB REMOVAL ACROSS NATURAL AND EXPERIMENTAL VARIATION IN SOIL MOISTURE (2003) (43)
- Species traits and network structure predict the success and impacts of pollinator invasions (2018) (39)
- Biodiversity Loss and Ecological Network Structure (2005) (35)
- The “Goldilocks factor” in food webs (2008) (35)
- The relationship between climate and Rothrock sagebrush colonization patterns. (2002) (19)
- Social Network Analysis and Qualitative Interviews for Assessing Geographic Characteristics of Tourism Business Networks (2016) (19)
- A Network Extension of Species Occupancy Models in a Patchy Environment Applied to the Yosemite Toad (Anaxyrus canorus) (2013) (19)
- From Food Webs to Ecological Networks: Linking Non-Linear Trophic Interactions with Nutrient Competition (2006) (14)
- Invasive exotic plant species in Sierra Nevada ecosystems (2004) (13)
- Integrating non-feeding interactions into food webs (2012) (13)
- Ecological Synthesis and Its Role in Advancing Knowledge (2020) (12)
- Potential environmental effects of pack stock on meadow ecosystems of the Sierra Nevada, USA (2014) (12)
- Effects of young Artemisia rothrockii shrubs on soil moisture, soil nitrogen cycling, and resident herbs (2008) (11)
- Detecting the influence of rare stressors on rare species in Yosemite National Park using a novel stratified permutation test (2015) (7)
- POPULATION DYNAMICS AND FOOD WEB STRUCTURE—PREDICTING MEASURABLE FOOD WEB PROPERTIES WITH MINIMAL DETAIL AND RESOLUTION (2005) (5)
- A multi-scale evaluation of pack stock effects on subalpine meadow plant communities in the Sierra Nevada (2017) (5)
- Patterns and dynamics of context-dependency in the marine rocky intertidal (1995) (3)
- Mapping hotspots of potential ecosystem fragility using commonly available spatial data (2020) (2)
- Creative Diversity: Patterns in the Creative Habits of ~10,000 People (2021) (1)
- Scaling up our understanding of tipping points (2022) (1)
- Figure S8 data (2018) (0)
- Species traits and network structure predict the success and impacts of pollinator invasions (2018) (0)
- Simplicity on the other side of ecological complexity (2008) (0)
- Quantitative mapping of qualitative expert knowledge for identifying intervention hubs with systemic impact in socio-ecological networks (2016) (0)
- Localizedecologicalsystemsareknowntoshiftabruptlyandirreversiblyfromonestatetoanotherwhentheyareforced acrosscriticalthresholds.Herewereviewevidencethattheglobalecosystemasawholecanreactinthesamewayandis approaching a planetary-scale critical transition as a result of human influence. The plausibili (2012) (0)
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