about
GC composition of the human genome: in search of isochoresPerception of musical consonance and dissonance: an outcome of neural synchronization.Global Spatio-temporal Patterns of Influenza in the Post-pandemic EraPandemic influenza dynamics and the breakdown of herd immunity.Model-based reconstruction of an epidemic using multiple datasets: understanding influenza A/H1N1 pandemic dynamics in Israel.Onset of a pandemic: characterizing the initial phase of the swine flu (H1N1) epidemic in Israel.Spatio-temporal waves and targeted vaccination in recurrent epidemic network modelsA test for a shift in the boundary of the geographical range of a speciesSpatio-temporal transmission patterns of black-band disease in a coral communityModelling transmission of vector-borne pathogens shows complex dynamics when vector feeding sites are limited.Modeling and statistical analysis of the spatio-temporal patterns of seasonal influenza in Israel.Seasonal dynamics of recurrent epidemics.The stabilizing role of the Sabbath in pre-monarchic Israel: a mathematical model.The Google matrix controls the stability of structured ecological and biological networks.Male infertility, female fertility and extrapair copulations.Analysis of Influenza and RSV dynamics in the community using a 'Local Transmission Zone' approachPredicting epidemic thresholds on complex networks: limitations of mean-field approaches.Seasonal dynamics and thresholds governing recurrent epidemics.Multi-stage regulation, a key to reliable adaptive biochemical pathways.Heterogeneity stabilizes reciprocal altruism interactions.Effective Augmentation of Complex Networks.Exact epidemic analysis for the star topology.The checkerboard score and species distributions.Island-sharing by archipelago species.Competitive exclusion, or species aggregation? : An aid in deciding.Modeling polio as a disease of development.Bottom-up excitable models of phytoplankton blooms.Determinants of periodicity in seasonally driven epidemics.The two sides of man-induced changes in littoral marine communities: Eastern Mediterranean and the Red Sea as an example.Fertility assurance through extrapair fertilizations and male paternity defense.Inferring extinction risks from sighting records.Theoretical ecology: Waltz of the weevil.Fertility assurance and breeding synchrony.A discrete Markov metapopulation model for persistence and extinction of species.Modelling the large-scale yellow fever outbreak in Luanda, Angola, and the impact of vaccinationInferring about the Extinction of a Species using Certain and Uncertain Sightings.Emergence and size of the giant component in clustered random graphs with a given degree distribution.Unexpected correspondence between noise-induced and master-slave complete synchronizations.A novel method for estimating the number of species within a region.Attack rates of seasonal epidemics.
P50
Q28236602-D5F0DAC6-245C-47BC-8EFD-6B4E0CA6AE0EQ30369902-A84FFE2F-5F00-457D-AC2D-EC182FC885A8Q30375354-37BDF1D1-63A4-4BE0-A425-BE6ED09CBA2BQ30383700-75E802ED-36D6-4663-B5C2-E86F338BFB82Q30386260-3F861321-9646-41C8-B62E-4E75105D5EE6Q30401835-E1807598-AAA2-4924-AD8A-9B45DBB44285Q30494126-9DA53C7B-3596-468D-B5BF-8CE8A9C45FFFQ30756068-C18DEDC9-F610-4A36-B08C-F22993F6DBA0Q33425230-E0C09BC3-B345-43F7-9CCA-33151885C573Q34270968-8123DC71-BAC8-40BF-950B-90BCFA692285Q34440879-2B06F396-FAD0-4E4E-AAA3-87A64FA834FAQ34613470-B37423A2-46B6-4C00-B2B5-B9735939D47DQ35196762-BB633489-0EF1-4C81-8565-89AE30A8D4ADQ37324078-08096809-0162-4203-9DFA-F1C605029963Q37432259-3BAFB341-2407-4F5C-B211-339AAB59DB4CQ37633346-EBCB6FAB-D10D-44D9-B70D-60111708095EQ37917170-A231685B-41AD-4CC0-BF23-AE2A07D562C8Q40155993-CD7C4556-D245-456C-BB47-C1AA8EC63294Q40196945-7C534827-FA5C-4835-AB6D-6D3BE5ECB6D8Q40720772-9C13A49F-A462-4C1C-9F80-3D1D80EE7E79Q41874617-9293C50F-0790-4D96-ADF4-D0CE24352AC1Q42262787-AC37F283-A963-4923-84C7-3C7757EAB8F0Q42652667-341B403F-C6DA-48EB-AA00-9494EE5C8805Q42652731-7991C6A3-4D6C-4EF6-87EE-5A2A9A91E6E4Q42652773-996C05EA-DF8C-4113-B475-448D3B7E2AB6Q43323340-7B2E401C-D7C7-4CE7-9E3D-B5260523B3FDQ43442268-CAEF09DB-475C-4040-8253-F4607E3A7069Q44102109-CAC81770-EEF2-4EC6-9438-DA96B056F322Q44112554-C3FAE9ED-11C9-489D-A6F7-53DD0154FDD3Q44360101-5E950BE0-37A6-4988-9A2B-D3B7D2CD1AC4Q44983214-01690FE6-449B-4E6C-9DC3-B451A9CC3C76Q46002109-5D59D0C9-BEE0-4DAE-B96F-4EE48C27F8E7Q46490048-65F15451-E03D-4B07-A020-11A8FC37812FQ46532516-4B16B90E-01EC-4CDF-B1BB-3E96FD2154C4Q47456939-36CEEBAC-4094-483A-8194-3D4EA588404DQ47558201-CE9AC416-DFB0-4656-8B89-F6A236BDB0C4Q48646668-663BF377-2404-4C33-A305-2315526EE506Q50304634-2B4D106F-8ABE-443A-86DF-4AE6899405E7Q51115621-D1FF6FEF-086A-4035-B65D-EABD4F769121Q51173130-113F6D1E-2C6F-4CFF-8B3E-EB6B2F4AED4C
P50
description
researcher ORCID ID = 0000-0002-6465-579X
@en
wetenschapper
@nl
name
Lewi Stone
@ast
Lewi Stone
@en
Lewi Stone
@es
Lewi Stone
@nl
type
label
Lewi Stone
@ast
Lewi Stone
@en
Lewi Stone
@es
Lewi Stone
@nl
prefLabel
Lewi Stone
@ast
Lewi Stone
@en
Lewi Stone
@es
Lewi Stone
@nl
P1153
7201963850
P31
P496
0000-0002-6465-579X