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From Complex Time
- Grilli György Barabás Si Tang Johnatan Aljadeff Amos Maritan title Predicting the stability of large structured food webs type journal year 2015 source Nature131 bytes (89 words) - 21:34, July 30, 2018
- nonlinear dynamics to include the statistical physics of networks and the stability of analogous ecological networks applied to clinical and psychological6 KB (2,530 words) - 22:55, September 5, 2018
- are typically random. (Random) Chemostat model predicts many patterns. Why random works well? Above stability threshold random works very well. Priyanga Amarasekare1 KB (8,951 words) - 19:50, October 4, 2019
- later costs vary across these levels and systems? does the complexity/stability/entropy of the system matter? how? why does senescence accelerate exponentially2 KB (12,960 words) - 19:52, October 4, 2019
- to identify conditions that dispose a system to be knocked from seeming stability into another, undesired state. In ecology, relatively simple system dynamics3 KB (7,007 words) - 19:49, October 4, 2019
- between critical dynamics (the gene regulatory network is at the edge of stability) and aging. This link between criticality (often associated to "functionality"12 KB (7,212 words) - 20:47, May 21, 2020
- are typically random. (Random) Chemostat model predicts many patterns. Why random works well? Above stability threshold random works very well. Priyanga Amarasekare1 KB (870 words) - 04:05, January 28, 2019
- WAKE durations pre-term infants have e.g. 2 minutes? Body weight vs. age predicting sleep-wake bout durations: Following up on Geoffrey's question, I will2 KB (9,093 words) - 22:14, April 24, 2020
- Irreversible Processes in Ecological Evolution/JacopoGrilli (section Higher-order interactions, stability across timescales, and macroecological patterns)are typically random. (Random) Chemostat model predicts many patterns. Why random works well? Above stability threshold random works very well. Priyanga Amarasekare5 KB (825 words) - 21:20, April 8, 2019
- references) Which properties of individual organisms are essential for predicting large-scale ecological changes? - Pamela -- why do some vaccines fail4 KB (700 words) - 19:29, January 31, 2019
- brittleness of system. Catastrophe theory on tipping points. How to know a stability landscape? For example, a tropical rainforest can be become less stable10 KB (1,720 words) - 22:57, April 9, 2019
- would benefit from fully connected networks. The second work I will present predicts the invasion success of pollinators in plant-pollinator networks and their2 KB (827 words) - 04:05, January 28, 2019
- Valdovinos et al (2018), Nature Communications: I used my model to generate a predictive framework on the invasion of alien pollinators and the subsequent effect3 KB (671 words) - 01:32, January 31, 2019
- Pawar, S. & Allesina, S. Correlation between interaction strengths drives stability in large ecological networks. Ecology Letters 17, 1094–1100 (2014). (example9 KB (1,475 words) - 13:54, February 2, 2019
- tipping point. Holling in 1973 thought about resilience. How to know a stability landscape. Tipping elements in the human intestinal ecosystem. Generic8 KB (1,286 words) - 21:25, April 9, 2019
- references) Which properties of individual organisms are essential for predicting large-scale ecological changes? - Pamela -- why do some vaccines fail2 KB (786 words) - 04:05, January 28, 2019
- Pawar, S. & Allesina, S. Correlation between interaction strengths drives stability in large ecological networks. Ecology Letters 17, 1094–1100 (2014). (example836 bytes (1,458 words) - 04:05, January 28, 2019
- networks was the aspect that distinguished the communities and the one that predicted the outcomes. Edit my meeting reflection Some examples: Here is [A] database3 KB (557 words) - 22:15, November 13, 2018