Cássia Bitencourt

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DataCiteX Author Profile

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

Royal Botanic Gardens, Kew - UK

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DataCiteX Author Profile

Cássia Bitencourt

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Last Synced 20 Aug 2026, 05:05 PM

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Author Impact Score

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

185.00

Author impact score

185 Citations 2024 - 2026

1 Documents 2024 - 2026

Total Citations

441

Scholar + author-added

H-Index

9

research impact

I10-Index

9

quality score

Articles Found

17

merged research works

Top Performing Year

2025

66 citations

Tier

T1

CiteScore rank tier

Author CiteScore

185.00

Upward trend

Avg Citations / Year

35.75

yearly average

Citations / Article

25.94

impact efficiency

Citation Trend

60

Declining trend

Most Cited Article

The worrying future of the endemic flor...

116 citations

Smart Insight Box

Auto Summary

Top citation year was 2025 with 66 citations. Average citations per year stand at 35.75. Each indexed article contributes around 25.94 citations on average. Latest Author Impact Score for 2026 is 185, indicating a upward trend. Current H-index is 9 and I10-index is 9. Most cited article currently has 116 citations. Recent yearly citation pattern indicates a declining trend.

Author Impact Score Trend

10 Years

Most Cited

116 Citations

Year: 2016

The worrying future of the endemic flora of a tropical mountain range under climate change

C Bitencourt, A Rapini, LS Damascena, PDM Junior

Flora-Morphology, Distribution, Functional Ecology of Plants 218, 1-10, 2016

Yearly Citations

Author year-wise citation data

Year	Citations
2026	60
2025	66
2024	59
2023	50
2022	45
2021	41
2020	25
2019	29
2018	29
2017	12
2016	10
2015	3

Yearly Citations Chart

Author citation trend

12 Years

Year-wise Citation Share

Citation percentage by year

Top Research Articles

Showing 20 articles per page

17 Articles Page 1 of 1

#	Article Details	Year
1	The worrying future of the endemic flora of a tropical mountain range under climate change Google Scholar 👨‍🔬 C Bitencourt, A Rapini, LS Damascena, PDM Junior 📚 Flora-Morphology, Distribution, Functional Ecology of Plants 218, 1-10, 2016	2016
2	Centres of endemism in the Espinhaço Range: identifying cradles and museums of Asclepiadoideae (Apocynaceae) Google Scholar 👨‍🔬 C Bitencourt, A Rapini 📚 Systematics and Biodiversity 11 (4), 525-536, 2013	2013
3	An escape-to-radiate model for explaining the high plant diversity and endemism in campos rupestres Google Scholar 👨‍🔬 A Rapini, C Bitencourt, F Luebert, D Cardoso 📚 Biological Journal of the Linnean Society 133 (2), 481-498, 2021	2021
4	Evolution of dispersal, habit, and pollination in Africa pushed Apocynaceae diversification after the Eocene-Oligocene climate transition Google Scholar 👨‍🔬 C Bitencourt, NM Nürk, A Rapini, M Fishbein, AO Simões, DJ Middleton, ... 📚 Frontiers in Ecology and Evolution 9, 719741, 2021	2021
5	Phylogeny of Lantana, Lippia, and related genera (Lantaneae: Verbenaceae) Google Scholar 👨‍🔬 P Lu‐Irving, AM Bedoya, FRG Salimena, TR dos Santos Silva, LF Viccini, ... 📚 American Journal of Botany 108 (8), 1354-1373, 2021	2021
6	Resupinate Dimorphy, a novel pollination strategy in two-lipped flowers of Eplingiella (Lamiaceae) Google Scholar 👨‍🔬 RM Harley, AM Giulietti, IS Abreu, C Bitencourt, FF Oliveira, PK Endress 📚 Acta Botanica Brasilica 31 (1), 102-107, 2017	2017
7	Machine learning enhances prediction of plants as potential sources of antimalarials Google Scholar 👨‍🔬 A Richard-Bollans, C Aitken, A Antonelli, C Bitencourt, D Goyder, E Lucas, ... 📚 Frontiers in Plant Science 14, 1173328, 2023	2023
8	Two new species of Marsdenia (Apocynaceae) from limestone outcrops in Brazil Google Scholar 👨‍🔬 FDSDE Santo, C Bitencourt, PL Ribeiro, A Rapini 📚 Willdenowia 48 (1), 109-116, 2018	2018
9	Making Lantaneae (Verbenaceae) Taxonomy Useful: A Phylogenetic Classification Google Scholar 👨‍🔬 N O'Leary, P Lu-Irving, P Moroni, F Salimena, T dos Santos Silva, ... 📚 Available at SSRN 4178574, 2022	2022
10	Distribution patterns of Kielmeyera (Calophyllaceae): the Rio Doce basin emerges as a confluent area between the northern and southern Atlantic Forest Google Scholar 👨‍🔬 A Pricilla Batista Santos, C Bitencourt, A Rapini 📚 Neotropical Biodiversity 3 (1), 1-9, 2017	2017
11	The worrying future of the endemic flora of a tropical mountain range under climate change. Flora-Morphol Distrib Funct Ecol Plants 218: 1–10 Google Scholar 👨‍🔬 C Bitencourt, A Rapini, LS Damascena, PDM Junior	2016
12	Two new Critically Endangered species of Ditassa (Apocynaceae) from the threatened cangas of the iron quadrangle, Minas Gerais, Brazil Google Scholar 👨‍🔬 C Bitencourt, MF Fernandes, F da Silva do Espírito Santo, A Rapini 📚 Plant Ecology and Evolution 153 (2), 246-256, 2020	2020
13	Biogeografia das Asclepiadoideae (Apocynaceae) na Cadeia do Espinhaço: o futuro incerto dos refúgios glaciais de Campos Rupestres [MS thesis] Google Scholar 👨‍🔬 CCC Bitencourt 📚 Universidade Estadual de Feira de Santana, 2013	2013
14	Análise da distribuição geográfica da família Caryophyllaceae no Rio Grande do Sul Google Scholar 👨‍🔬 MS Marchioretto, VL Silva, CCC Bitencourt 📚 Pesquisas, Botânica 61, 205-218, 2010	2010
15	Ditassa scholaris, a new species of Apocynaceae from Bahia (Brazil), in honour of a distinguished scholar of “Asclepiadaceae” Alessandro Rapini et al. Google Scholar 👨‍🔬 A Rapini, C Bitencourt, AM Giulietti, RM Harley 📚 Kew Bulletin 81 (1), 105-117, 2026	2026
16	Hemipogon trilobatus sp. nov.(Apocynaceae: Asclepiadoideae), a new microendemic from Chapada dos Veadeiros, Central Brazil Google Scholar 👨‍🔬 C Bitencourt, APB Santos, C Snak, A Rapini 📚 European Journal of Taxonomy 729, 1-10, 2020	2020
17	1c8b9d2f-e96a-4247-9c12-d5ec2d0558df-fpls-14-1173328. pdf Page 05 Google Scholar 👨‍🔬 A Richard-Bollans, C Aitken, A Antonelli, C Bitencourt, D Goyder, E Lucas, ...