Santiago Madriñán

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Research profile with citations, yearly trend, article performance and author insights

Universidad de los Andes, Colombia

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DataCiteX Author Profile

Santiago Madriñán

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Last Synced 04 Aug 2026, 01:42 PM

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Author Impact Score

Custom 3-year author impact calculator based on citations and indexed documents.

172.13

Author impact score

1,377 Citations 2024 - 2026

8 Documents 2024 - 2026

Total Citations

6,616

Scholar + author-added

H-Index

30

research impact

I10-Index

50

quality score

Articles Found

121

merged research works

Top Performing Year

2021

678 citations

Tier

T1

CiteScore rank tier

Author CiteScore

172.13

Declining trend

Avg Citations / Year

386.00

yearly average

Citations / Article

54.68

impact efficiency

Citation Trend

321

Declining trend

Most Cited Article

A DNA barcode for land plants

3749 citations

Smart Insight Box

Auto Summary

Top citation year was 2021 with 678 citations. Average citations per year stand at 386. Each indexed article contributes around 54.68 citations on average. Latest Author Impact Score for 2026 is 172.13, indicating a declining trend. Current H-index is 30 and I10-index is 50. Most cited article currently has 3749 citations. Recent yearly citation pattern indicates a declining trend.

Author Impact Score Trend

19 Years

Most Cited

3749 Citations

Year: 2009

A DNA barcode for land plants

CBOL Plant Working Group

Proceedings of the National academy of Sciences of the United States of …, 2009

Yearly Citations

Author year-wise citation data

Year	Citations
2026	321
2025	565
2024	491
2023	546
2022	659
2021	678
2020	581
2019	582
2018	585
2017	465
2016	464
2015	455
2014	360
2013	357
2012	323
2011	271
2010	176
2009	76
2008	40
2007	15
2006	96

Yearly Citations Chart

Author citation trend

21 Years

Year-wise Citation Share

Citation percentage by year

Top Research Articles

Showing 20 articles per page

121 Articles Page 1 of 7

#	Article Details	Year
1	A DNA barcode for land plants Google Scholar 👨‍🔬 CBOL Plant Working Group 📚 Proceedings of the National academy of Sciences of the United States of …, 2009	2009
2	The Great American Biotic Interchange in frogs: Multiple and early colonization of Central America by the South American genus Pristimantis (Anura: Craugastoridae) Google Scholar 👨‍🔬 NR Pinto-Sánchez, R Ibáñez, S Madriñán, OI Sanjur, E Bermingham, ... 📚 Molecular Phylogenetics and Evolution 62 (3), 954-972, 2012	2012
3	Molecular phylogenetics and morphological evolution of St. John’s wort (Hypericum; Hypericaceae) Google Scholar 👨‍🔬 NM Nürk, S Madriñán, MA Carine, MW Chase, FR Blattner 📚 Molecular phylogenetics and evolution 66 (1), 1-16, 2013	2013
4	Drought tolerance in wild plant populations: the case of common beans (Phaseolus vulgaris L.) Google Scholar 👨‍🔬 AJ Cortés, FA Monserrate, J Ramírez-Villegas, S Madriñán, MW Blair 📚 PLoS One 8 (5), e62898, 2013	2013
5	Rhodostemonodaphne (Lauraceae) Google Scholar 👨‍🔬 S Madriñán 📚 Flora Neotropica, 1-102, 2004	2004
6	The age of chocolate: a diversification history of Theobroma and Malvaceae Google Scholar 👨‍🔬 JE Richardson, BA Whitlock, AW Meerow, S Madriñán 📚 Frontiers in Ecology and Evolution 3, 120, 2015	2015
7	Temperate radiations and dying embers of a tropical past: the diversification of Viburnum Google Scholar 👨‍🔬 EL Spriggs, WL Clement, PW Sweeney, S Madriñán, EJ Edwards, ... 📚 New Phytologist 207 (2), 340-354, 2015	2015
8	Nucleotide diversity patterns at the drought-related DREB2 encoding genes in wild and cultivated common bean (Phaseolus vulgaris L.) Google Scholar 👨‍🔬 AJ Cortés, D This, C Chavarro, S Madriñán, MW Blair 📚 Theoretical and Applied Genetics 125 (5), 1069-1085, 2012	2012
9	Turbo-taxonomy to assemble a megadiverse lichen genus: seventy new species of Cora (Basidiomycota: Agaricales: Hygrophoraceae), honouring David Leslie … Google Scholar 👨‍🔬 R Lücking, MD Forno, B Moncada, LF Coca, LY Vargas-Mendoza, ... 📚 Fungal Diversity 84 (1), 139-207, 2017	2017
10	Lost crops of the Incas: Origins of domestication of the Andean pulse crop tarwi, Lupinus mutabilis Google Scholar 👨‍🔬 GW Atchison, B Nevado, RJ Eastwood, N Contreras‐Ortiz, C Reynel, ... 📚 American journal of botany 103 (9), 1592-1606, 2016	2016
11	Biodiversidad 2016. Estado y tendencias de la biodiversidad continental de Colombia Google Scholar 👨‍🔬 IP Formas, SA Impresos	2017
12	Explosive radiation in high Andean Hypericum—rates of diversification among New World lineages Google Scholar 👨‍🔬 NM Nürk, C Scheriau, S Madriñán 📚 Frontiers in genetics 4, 175, 2013	2013
13	Molecular ecology and selection in the drought-related Asr gene polymorphisms in wild and cultivated common bean (Phaseolus vulgaris L.) Google Scholar 👨‍🔬 AJ Cortés, MC Chavarro, S Madriñán, D This, MW Blair 📚 BMC genetics 13 (1), 58, 2012	2012
14	Phylogenetic relationships of Cranichidinae and Prescottiinae (Orchidaceae, Cranichideae) inferred from plastid and nuclear DNA sequences Google Scholar 👨‍🔬 GA Salazar, LI Cabrera, S Madrinán, MW Chase 📚 Annals of Botany 104 (3), 403-416, 2009	2009
15	Climate Vulnerability Assessment of the Espeletia Complex on Páramo Sky Islands in the Northern Andes Google Scholar 👨‍🔬 JB Valencia, J Mesa, JG León, S Madriñán, AJ Cortés 📚 Frontiers in Ecology and Evolution 8, 565708, 2020	2020
16	On the Causes of Rapid Diversification in the Páramos: Isolation by Ecology and Genomic Divergence in Espeletia Google Scholar 👨‍🔬 AJ Cortés, LN Garzón, JB Valencia, S Madriñán 📚 Frontiers in plant science 9, 1700, 2018	2018
17	Plastid genomes of five species of riverweeds (Podostemaceae): structural organization and comparative analysis in Malpighiales Google Scholar 👨‍🔬 AM Bedoya, BR Ruhfel, CT Philbrick, S Madriñán, CP Bove, A Mesterházy, ... 📚 Frontiers in Plant Science 10, 1035, 2019	2019
18	Relationships between the litter colonization by saprotrophic and arbuscular mycorrhizal fungi with depth in a tropical forest Google Scholar 👨‍🔬 RH Posada, S Madriñán, EL Rivera 📚 Fungal biology 116 (7), 747-755, 2012	2012
19	Molecular phylogenetics of Oreobolus (Cyperaceae) and the origin and diversification of the American species Google Scholar 👨‍🔬 J Chacón, S Madriñán, MW Chase, JJ Bruhl 📚 Taxon 55 (2), 359-366, 2006	2006
20	Phylogenetic patterns in the genus Manihot (Euphorbiaceae) inferred from analyses of nuclear and chloroplast DNA regions Google Scholar 👨‍🔬 J Chacón, S Madriñán, D Debouck, F Rodriguez, J Tohme 📚 Molecular phylogenetics and evolution 49 (1), 260-267, 2008	2008
21	Growth pattern and age determination for Cecropia sciadophylla (Urticaceae) Google Scholar 👨‍🔬 PC Zalamea, PR Stevenson, S Madriñán, PM Aubert, P Heuret 📚 American Journal of Botany 95 (3), 263-271, 2008	2008
22	A Late Cretaceous Piper (Piperaceae) from Colombia and diversification patterns for the genus Google Scholar 👨‍🔬 C Martinez, MR Carvalho, S Madrinan, CA Jaramillo 📚 American Journal of Botany 102 (2), 273-289, 2015	2015
23	Phenolic profile, chemical relationship and antifungal activity of Andean Hypericum species Google Scholar 👨‍🔬 N Tocci, T Weil, D Perenzoni, L Narduzzi, S Madriñán, S Crockett, ... 📚 Industrial Crops and Products 112, 32-37, 2018	2018
24	Mining threatens Colombian ecosystems Google Scholar 👨‍🔬 OA Pérez-Escobar, R Cámara-Leret, A Antonelli, R Bateman, S Bellot, ...	2018
25	Phylogeny of the Cecropieae (Urticaceae) and the evolution of an ant-plant mutualism Google Scholar 👨‍🔬 EL Treiber, AL Gaglioti, S Romaniuc-Neto, S Madriñán, GD Weiblen 📚 Systematic Botany 41 (1), 56-66, 2016	2016
26	Tracing the fossil pollen record of Hedyosmum (Chloranthaceae), an old lineage with recent Neotropical diversification Google Scholar 👨‍🔬 C Martinez, S Madrinan, M Zavada, C Alberto Jaramillo 📚 Grana 52 (3), 161-180, 2013	2013
27	Age structure of male Euglossa imperialis (Hymenoptera: Apidae: Euglossini) at nectar and chemical sources in Panama Google Scholar 👨‍🔬 JK Zimmerman, S Madriñán 📚 Journal of tropical ecology 4 (03), 303-306, 1988	1988
28	Identification of a plant growth inhibiting lactone from Duroia hirsuta, the allelopathic tree of the 'Devil's Garden' Google Scholar 👨‍🔬 J Page, S Madriñán, G Towers 📚 Experientia 50, 840–842, 1994	1994
29	The Origins of Coca: Museum Genomics Reveals Multiple Independent Domestications from Progenitor Erythroxylum gracilipes Google Scholar 👨‍🔬 DM White, JP Huang, OA Jara-Muñoz, S Madriñán, RH Ree, ... 📚 Systematic Biology 70 (1), 1-13, 2021	2021
30	Lauraceae (avocado family) Google Scholar 👨‍🔬 S Madriñán 📚 Flowering plants of the Neotropics, 204-206, 2004	2004
31	Plantas acuáticas de la Orinoquia colombiana Google Scholar 👨‍🔬 S Madriñán, A Rial, AM Bedoya, M Fernández 📚 Universidad de los Andes, 2017	2017
32	Evolution of the aquatic habit in Ludwigia (Onagraceae): morpho-anatomical adaptive strategies in the Neotropics Google Scholar 👨‍🔬 AM Bedoya, S Madriñán 📚 Aquatic Botany, 2014	2014
33	Juvenile tank-bromeliads lacking tanks: do they engage in CAM photosynthesis? Google Scholar 👨‍🔬 JD Beltrán, E Lasso, S Madriñán, A Virgo, K Winter 📚 Photosynthetica 51 (1), 55-62, 2013	2013
34	Flora Ilustrada del Páramo de Chingaza: guía de campo de plantas comunes Google Scholar 👨‍🔬 S Madriñán 📚 Arte Litográfico, Ltda., 2004	2004
35	Nikolaus Joseph Jacquin’s American plants: botanical expedition to the Caribbean (1754–1759) and the publication of the selectarum stirpium americanarum historia Google Scholar 👨‍🔬 S Madriñán 📚 Brill, 2013	2013
36	Preliminary phylogeny of Diplostephium (Asteraceae): speciation rate and character evolution Google Scholar 👨‍🔬 OM Vargas, S Madriñán 📚 Lundlellia 15, 1-15, 2012	2012
37	Using dated molecular phylogenies to help reconstruct geological, climatic, and biological history: examples from Colombia Google Scholar 👨‍🔬 JE Richardson, S Madriñán, MC Gómez‐Gutiérrez, E Valderrama, J Luna, ... 📚 Geological Journal 53 (6), 2935-2943, 2018	2018
38	Paleogene Salvinia (Salviniaceae) from Colombia and their paleobiogeographic implications Google Scholar 👨‍🔬 N Pérez-Consuegra, A Cuervo-Gómez, C Martínez, C Montes, F Herrera, ... 📚 Review of Palaeobotany and Palynology 246, 85-108, 2017	2017
39	Chemical composition and antibacterial activity of the essential oil of Drimys granadensis L.f leaves from Colombia Google Scholar 👨‍🔬 M Gaviria, C Quijano, J Pino, S Madriñán 📚 Chemistry & biodiversity 8 (3), 532-539, 2011	2011
40	A new species of Puya (Bromeliaceae) from the páramos near Bogotá, Colombia Google Scholar 👨‍🔬 S Madriñán 📚 Revista de la Academia Colombiana de Ciencias Exactas, Físicas y Naturales …, 2015	2015
41	Anatomia foliar de ocho especies de Orquideas epifitas Google Scholar 👨‍🔬 R Arévalo, J Figueroa, S Madriñán 📚 Lankesteriana 11 (1), 39–54, 2011	2011
42	Andean orogeny and the diversification of lowland neotropical rain forest trees: A case study in Sapotaceae Google Scholar 👨‍🔬 J Serrano, JE Richardson, RI Milne, GA Mondragon, JA Hawkins, ... 📚 Global and planetary change 201, 103481, 2021	2021
43	Caracterización biológica en la zona de transición bosque-páramo del Complejo de Páramos Chingaza, Colombia Google Scholar 👨‍🔬 LF Henao-Díaz, S Arroyo, G Cárdenas-Posada, M Fernández, JP López, ... 📚 Biota colombiana 20 (1), 132-145, 2019	2019
44	Plantas acuáticas de las planicies inundables de la Orinoquia colombiana Google Scholar 👨‍🔬 M Fernández, AM Bedoya, S Madriñán 📚 Biota Colombiana 16 (1), 96-105, 2015	2015
45	Ecosistemas terrestres de Colombia y el mundo Google Scholar 👨‍🔬 M González, H , García, G Corzo, S Madriñán 📚 Biodiversidad, Conservación y Desarrollo, 69–113, 2012	2012
46	Transcriptome mining for phylogenetic markers in a recently radiated genus of tropical plants (Renealmia Lf, Zingiberaceae) Google Scholar 👨‍🔬 E Valderrama, JE Richardson, CA Kidner, S Madriñán, GN Stone 📚 Molecular phylogenetics and evolution 119, 13-24, 2018	2018
47	Genetic diversity in the Andes: variation within and between the South American species of Oreobolus R. Br. (Cyperaceae) Google Scholar 👨‍🔬 MC Gómez-Gutiérrez, RT Pennington, LE Neaves, RI Milne, S Madriñán, ... 📚 Alpine Botany 127 (2), 155-170, 2017	2017
48	Colombia national tree: the wax palm Ceroxylon quindiuense and its relative Google Scholar 👨‍🔬 S Madriñán, RE Schultes 📚 Elaeis 7 (1), 35–56, 1995	1995
49	Allopatric speciation is more prevalent than parapatric ecological divergence in a recent high-Andean diversification (Linochilus: Asteraceae) Google Scholar 👨‍🔬 OM Vargas, S Madriñán, B Simpson 📚 PeerJ 11, e15479, 2023	2023
50	Nuevos registros de helechos y coníferas del Cretácico Inferior en la cuenca del Valle Superior del Magdalena, Colombia Google Scholar 👨‍🔬 C Monje Dussán, C Martínez, I Escapa, S Madriñán 📚 Boletín de Geología 38 (4), 29-42, 2016	2016
51	Vegetación leñosa de un remanente de bosque seco tropical en el Caribe colombiano Google Scholar 👨‍🔬 V Londoño-Lemos, J Tapasco-García, O Escobar-Hadechini, S Madriñán 📚 Colombia forestal 25 (1), 51-66, 2022	2022
52	The origin of Humboldt and Bonpland's holotype of Oncidium ornithorhynchum, clarified using +200‐year‐old DNA Google Scholar 👨‍🔬 N Contreras‐Ortiz, T Rodríguez‐García, S Quintanilla, J Bernal‐Villegas, ... 📚 Taxon 68 (3), 471-480, 2019	2019
53	Flora de macondo Google Scholar 👨‍🔬 S Madriñán	2014
54	Linking seed traits and germination responses in Caribbean seasonally dry tropical forest species Google Scholar 👨‍🔬 V Londoño-Lemos, AM Torres-Gonzáles, S Madriñán 📚 Plants 13 (10), 1318, 2024	2024
55	Molecular systematics, species concepts, and myrmecophytism in Cecropia (Cecropieae: Urticaceae): insights from restriction-site associated DNA Google Scholar 👨‍🔬 EL Treiber, PC Zalamea, MF Torres, S Madriñán, GD Weiblen 📚 Systematic Botany 47 (2), 457-466, 2022	2022
56	The Nature of Espeletia Species Google Scholar 👨‍🔬 YM Pineda, AJ Cortés, S Madriñán, I Jiménez 📚 BioRxiv, 2020.09. 29.318865, 2020	2020
57	Character evolution and recircumscription of the northern Andean Begonia section Casparya (Begoniaceae) Google Scholar 👨‍🔬 OA Jara-Muñoz, JE Richardson, S Madriñan 📚 Systematic Botany 44 (1), 52-65, 2019	2019
58	Morphology and anatomy of Guacamaya superba (Rapateaceae) and Schoenocephalieae with notes on the natural history of the Flor de Inírida Google Scholar 👨‍🔬 M Fernández-Lucero, S Madriñán, LM Campbell 📚 Harvard Papers in Botany 21 (1), 105-123, 2016	2016
59	New species of Rhodostemonodaphne (Lauraceae) from northeastern South America Google Scholar 👨‍🔬 S Madriñán 📚 Brittonia 48 (1), 45-66, 1996	1996
60	Composición y estructura vegetal de una parcela de vegetación en un relicto de bosque seco tropical en el Caribe colombiano Google Scholar 👨‍🔬 V Londoño-Lemos, O Escobar-Hadechini, J Tapasco-García, S Madriñán 📚 Biota colombiana 23 (1), 2022	2022
61	Potent Antifungal Properties of Dimeric Acylphloroglucinols from Hypericum mexicanum and Mechanism of Action of a Highly Active 3′Prenyl Uliginosin B Google Scholar 👨‍🔬 N Tocci, T Weil, D Perenzoni, M Moretto, N Nürk, S Madriñán, R Ferrazza, ... 📚 Metabolites 10 (11), 459, 2020	2020
62	Biotic characterization of the forest-paramo transition zone in Chingaza páramo complex, Colombia. Google Scholar 👨‍🔬 LF Henao-Díaz, S Arroyo, G Cárdenas-Posada, M Fernández, JP López, ...	2019
63	Ecosistema empresarial agroindustrial: proceso de construcción de un paisaje agroindustrial sostenible en el proyecto Veracruz, frontera agroindustrial de la altillanura en la … Google Scholar 👨‍🔬 GI Andrade Pérez, E Wills Herrera, MR Serje de la Ossa, ... 📚 Universidad de los Andes, 2014	2014
64	A new species of Justicia (Acanthaceae) from the Mexican Yucatan Peninsula: 100 years of confusion with J. carthagenensis Google Scholar 👨‍🔬 GC Fernández-Concha, GAR González, JL Tapia-Muñoz, IR Morillo, ... 📚 Systematic Botany 49 (1), 48-67, 2024	2024
65	Corrigendum: plastid genomes of five species of riverweeds (Podostemaceae): structural organization and comparative analysis in Malpighiales Google Scholar 👨‍🔬 AM Bedoya, BR Ruhfel, CT Philbrick, S Madriñán, CP Bove, A Mesterházy, ... 📚 Frontiers in plant science 11, 598458, 2020	2020
66	A new species of Begonia section Casparya from the Colombian Eastern Cordillera and a key to the Colombian Casparya Google Scholar 👨‍🔬 OA Jara-Muñoz, JE Richardson, S Madriñan 📚 Phytotaxa 321 (2), 208-212, 2017	2017
67	Biodiversidad, conservación y desarrollo Google Scholar 👨‍🔬 S Madriñán, S Madriñán 📚 Bogotá, 2012	2012
68	Jacquin al descubierto: transcripción de la Biographia Google Scholar 👨‍🔬 S Madriñán 📚 Revista de estudios sociales, 2009	2009
69	Richard Spruce’s pioneering work on tree architecture Google Scholar 👨‍🔬 S Madriñán 📚 Richard Spruce (1817–1893), Botanist and Explorer, 215– 226, 1996	1996
70	Cultural use of tropane alkaloids of Brugmansia species and cultivars in Colombia depends on local plant growth environment rather than genetic diversity Google Scholar 👨‍🔬 S Rojas, S Madriñan, M Stahl, K Harter 📚 bioRxiv, 2023.11. 02.565279, 2023	2023
71	The utility of RADseq data for species delimitation and phylogenetics: contrasting patterns among multiple Lupinus clades. Google Scholar 👨‍🔬 GW Atchison, E Bridges, S Orzell, L Deflorin, N Contreras, S Madriñán, ...	2015
72	Le botaniste hollandais-autrichien Nikolaus Joseph Jacquin et sa famille de la Martinique Google Scholar 👨‍🔬 S Madriñán 📚 Généalogies et Histoire de la Caraïbe 206, 5295–5301, 2007	2007
73	Tropical Seed Trait Database: advancing seed functional ecology in the world's most biodiverse region Google Scholar 👨‍🔬 DN Oliveira, CA Ordóñez‐Parra, SC Chen, AE Arnold, AS Davis, ... 📚 New Phytologist 251 (3), 945-958, 2026	2026
74	Woody vegetation of a tropical dry forest remnant in the Colombian Caribbean Google Scholar 👨‍🔬 V Londoño-Lemos, J Tapasco-García, O Escobar-Hadechini, S Madriñán 📚 Colombia Forestal 25 (1), 51-66, 2022	2022
75	Corrigendum to “Andean orogeny and the diversification of lowland neotropical rain forest trees: A case study in Sapotaceae”[Global and Planetary Change 201 (2021) 103481] Google Scholar 👨‍🔬 J Serrano, JE Richardson, RI Milne, GA Mondragon, JA Hawkins, ... 📚 Global and Planetary Change 207, 103576, 2021	2021
76	Estudio diagnóstico del potencial de restauracion ecológica del Cerro de Majui (Cota Cundinamarca) Google Scholar 👨‍🔬 JA López Cortés 📚 Uniandes, 2011	2011
77	Relation between primary and secondary growth in Jacaranda copaia (Bignoniaceae) Google Scholar 👨‍🔬 M Bernal, P Heuret, S Madrinan 📚 Botany 2010, 2010	2010
78	Biodiversidad. Caribe. Estado y tendencias de la biodiversidad continental de Colombia. Reporte Bio Google Scholar 👨‍🔬 A Rosero, Á Cogollo, A Cárdenas, A Pacheco, ÁL Gutiérrez-Cortés, ...	2025
79	First records of the Amazonian brown brocket deer Passalites nemorivagus (Cuvier, 1817)(Artiodactyla: Cervidae) from Isla de Barú, Departamento de Bolívar, Colombia. Google Scholar 👨‍🔬 JS Mendoza, S Madriñán 📚 Mammalogy Notes 11 (1), 482-482, 2025	2025
80	STRENGTHENING THE POPULATION OF THE THREATENED MANGROVE PELLICIERA BENTHAMII THROUGH EX SITU AND IN SITU CONSERVATION … Google Scholar 👨‍🔬 MP Contreras, C Rueda, S Madrinan 📚 BULLETIN OF MARINE SCIENCE 101 (3), 1565-1565, 2025	2025
81	Propagación de orquídeas del amenazado bosque seco tropical caribeño Google Scholar 👨‍🔬 C Rueda, S Madriñan, T Arias 📚 Revista del Jardín Botánico Nacional, 113-113, 2025	2025
82	La expedición de Nikolaus Jacquin: pionero de la botánica en América Google Scholar 👨‍🔬 S Madriñán 📚 Universidad de los Andes, Facultad de Ciencias, Ciencias Biológicas, 2024	2024
83	Vegetation composition and structure of a vegetation plot in a Colombian Caribbean tropical dry forest relict. Google Scholar 👨‍🔬 VL Lemos, O Escobar-Hadechini, J Tapasco-García, S Madriñán	2022
84	The Nature ofEspeletiaSpecies Google Scholar 👨‍🔬 YM Pineda, AJ Cortés, S Madriñán, I Jiménez	2020
85	Plastid Genomes of Five Species of Riverweeds (Podostemaceae): Structural Organization and Comparative Analysis in Malpighiales (vol 10, 1035, 2019) Google Scholar 👨‍🔬 AM Bedoya, BR Ruhfel, CT Philbrick, S Madrinan, CP Bove, A Mesterhazy, ... 📚 FRONTIERS IN PLANT SCIENCE 11, 2020	2020
86	Conservación de Usos de Plantas Nativas reportados por la comunidad Campesina en Tabio, Cundinamarca Google Scholar 👨‍🔬 AM Romero Carrillo 📚 Universidad de los Andes, 2019	2019
87	Biodiversidad 2017. Estado y tendencias de la biodiversidad continental de Colombia. Reporte Bio Google Scholar 👨‍🔬 M Abud, E Agudelo, JR Aguilar-Cano, A Alvarez Aristizábal, Á Andrade, ...	2018
88	Memorias. Encuentro de Experiencias en Inventarios y Monitoreo Biológico Google Scholar 👨‍🔬 P Galindo, R Callejas Posada, A Rudas, E Wolf, I Marta, FA Villa-Navarro, ... 📚 Instituto de Investigación de Recursos Biológicos Alexander von Humboldt, 2017	2017
89	Genetic diversity in the Andes Google Scholar 👨‍🔬 MC Gómez-Gutiérrez, RT Pennington, LE Neaves, RI Milne, S Madriñán, ...	2017
90	Phylogeny and biogeography of Caryodaphnopsis (Lauraceae) inferred from low-copy nuclear gene and ITS sequences. Google Scholar 👨‍🔬 LL Li Lang, S Madriñán, LJ Li Jie	2016
91	Aquatic plants in the floodplains of the Orinoco Basin of Colombia Google Scholar 👨‍🔬 M Fernández, AM Bedoya, S Madriñán	2015
92	Caracterización biótica del Complejo de Páramos Chingaza, localizado en jurisdicción de CAR, Corpochivor, Corpoguavio, Corporinoquia y Cormacarena. Google Scholar 👨‍🔬 S Madriñán, F Henao Diaz, M Fernández, N Rodríguez, A Mondragón, ...	2015
93	Estudio taxonómico de la familia orchidaceae juss. en la cuenca del rió gaira, Santa Marta, Colombia. Google Scholar 👨‍🔬 M Pinto Méndez, D Yepes Rapelo, E Carbonó, S Madriñán	2015
94	The illustrious Nikolaus Joseph Jacquin Google Scholar 👨‍🔬 S Madriñán 📚 The Botanical Artist 20 (1), 30, 2014	2014
95	Angiosperm flora and biogeography of the Páramo region of Colombia, Northern Andes Google Scholar 👨‍🔬 S Madriñán, A Cleef 📚 Flora, 2014	2014
96	Explosive radiation in the high Andes páramo Hypericum–evidence from ITS phylogenetics Google Scholar 👨‍🔬 NM Nürk, C Scheriau, S Madriñán 📚 Frontiers in Genetics 4 (175), 2013	2013
97	El complejo de especie Viburnum triphyllum (Adoxaceae)-un análisis morfométrico y una valoración de la distribución geográfica de la diversidad Google Scholar 👨‍🔬 LF Torres Vanegas	2013
98	Páramo is the world's fastest evolving and coolest biodiversity hotspot Google Scholar 👨‍🔬 JE Richardson, AJ Cortés, S Madriñan 📚 Frontiersin. org, 2013	2013
99	Les páramos, des îles dans une mer de forêt Google Scholar 👨‍🔬 S Madriñán 📚 Quatre Temps 2012 (1), 34–36, 2012	2012
100	(Vol. 15, 2012-12) Preliminary Phylogeny of Diplostephium (Asteraceae): Speciation Rate and Character Evolution Google Scholar 👨‍🔬 OM Vargas, S Madriñán	2012
101	PRELIMINARY PHYLOGENY OF DIPLOSTEPHIUM (ASTERACEAE) Google Scholar 👨‍🔬 OM Vargas¹, S Madriñán 📚 Lundellia: Journal of the Plant Resources Center of the University of Texas …, 2010	2010
102	Relación entre el crecimiento primario y secundario en las especies pioneras Jacaranda copaia (Bignoniaceae) y Cecropia sciadophylla (Urticaceae) Google Scholar 👨‍🔬 M Bernal, PC Zalamea, PR Stevenson, C Heinz, J Beauchêne, ...	2009
103	Phylogenetic relationships of Cranichidinae and Prescottiinae (Orchidaceae, Cranichideae) inferred from plastid and nuclear DNA... Google Scholar 👨‍🔬 LI Cabrera, S Madriñán 📚 Annals of Botany 104, 403-416, 2009	2009
104	Jacquin al descubierto: transcripción de la Biographia. Jacquin, Nicolás José. Selectarum Stirpium americanarum historia in qua ad Linnaeanum systema determinatae descriptaeque … Google Scholar 👨‍🔬 S Madriñán	2009
105	A proposal for a standardised protocol to barcode all land plants Google Scholar 👨‍🔬 S Madriñán, G Petersen, O Seberg 📚 Taxon, 2007	2007
106	CLAVE PARA LA IDENTIFICACIÓN DE LAS ESPECIES DEL GÉNERO DIPLOSTEPHIUM (ASTERACEAE, ASTEREAE) EN COLOMBIA Google Scholar 👨‍🔬 O Mauricio Vargas, S Madriñán 📚 Academia Colombiana de Ciencias Exactas, Físicas y Naturales, 2006	2006
107	Patrones de regeneración y diversidad florística en fragmentos de bosque con intervención antrópica en el piedemonte llanero, Colombia Google Scholar 👨‍🔬 AMA Serrano, P Stevenson, S Madriñán 📚 Uniandes, 2005	2005
108	Rhodostemonodaphne Google Scholar 👨‍🔬 S Madriñán 📚 Guide to the Vascular Plants of Central French Guiana 2, 381–383, 2002	2002
109	Identification of a plant growth inhibiting iridoid lactone from Duroia hirsuta, the allelopathic tree of the 'Devil's Garden' [Colombia]. Google Scholar 👨‍🔬 JE Page, S Madriñán, GHN Towers	1994
110	DIVERSIDAD ALÉLICA EN GENES CANDIDATOS PARA LA TOLERANCIA A LA SEQUÍA EN FRÍJOL COMÚN SILVESTRE (Phaseolus vulgaris) Google Scholar 👨‍🔬 A Cortés, M Blair, C Chavarro, S Madriñán
111	Anatomy and Morphology Google Scholar 👨‍🔬 PC ZALAMEA, PR STEVENSON, S MADRIÑÁN, PM AUBERT, ...
112	Allele Diversity at Candidate Genes for Drought Tolerance in Wild Common Bean (Phaseolus vulgaris) Google Scholar 👨‍🔬 A Cortés, MW Blair, S Madriñán
113	Phylogenetic patterns in the genus Manihot (Euphorbiaceae) inferred from a combined analysis of six DNA regions Google Scholar 👨‍🔬 J Chacón, S Madriñán, DG Debouck, JM Tohme
114	RESPUESTA DE LA COMUNIDAD FÚNGICA MICORRÍZICA DEL PÁRAMO ANTE EL CAMBIO CLIMÁTICO: RESULTADOS DE UN EXPERIMENTO IN SITU DE CALENTAMIENTO MEDIANTE CÁMARAS OTC Google Scholar 👨‍🔬 DL Campos, A Corrales, S Madriñan, E Lasso 📚 1er CONGRESO COLOMBIANO DE MICOLOGÍA, 170, 0
115	EECCOOSSIISSTTEEMMAA EEMMPPRREESSAARRIIAALL AAGGRROOIINNDDUUSSTTRRIIAALL ECOSISTEMA EMPRESARIAL AGROINDUSTRIAL Ecosistema empresarial Google Scholar 👨‍🔬 MRPDC Ecólogo, F del Quiroz, C Londoño, M Bernal, ...
116	Diversity and morphological adaptations of Tropical dry forest’s lichens and bryophytes in Colombia. Google Scholar 👨‍🔬 S Madriñan, E Lasso, A Tobian
117	RICARDO DE LA PAVA ARANGO Google Scholar 👨‍🔬 PC ZALAMEA, S MADRIÑÁN
118	Mycorrhizal fungi associated with Coccoloba uvifera in Colombian tropical dry forest: an approach for ecological restoration Google Scholar 👨‍🔬 LFC Vargas, LB y Sistemática, S Madriñan, A Corrales
119	Relationships between the litter colonization by saprotropic and arbuscular mycorrhizal fungi with depth in a tropical forest Google Scholar 👨‍🔬 S Madriñán
120	Emergence of Natural History Google Scholar 👨‍🔬 AM Bauer, K Etheridge, D Hünniger, A Weber, T Baione, I Charmantier, ...
121	Noventa y cuatro años de confusión llegaron a su fin: Justicia cardinalis (Acanthaceae), una nueva especie para la ciencia Google Scholar 👨‍🔬 GCF CONCHA, GAR GONZALEZ, JLT Muñoz, IMR Morillo, CJR DIAZ, ...

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