The utility of Bambusoideae (Poaceae, Poales) leaf blade anatomy for identification and systematics

Leandro, Thales D.; Shirasuna, Regina Tomoko; Filgueiras, Tarciso S.; Scatena, Vera Lúcia

doi:10.1590/1519-6984.01715

Cited by 24 publications

(24 citation statements)

References 31 publications

(29 reference statements)

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“…Bamboos are a group of large woody grasses in the Poaceae family (Leandro, Shirasuna, Filgueiras & Scatena, 2016). This ancient woody grass is found in tropical, subtropical, and cold climates of the world (Yeasmin, Ali, Gantait & Chakraborty, 2015).…”

Section: Papringan Market As Natural Conservationmentioning

confidence: 99%

Community Based Tourism: Revitalization of Villages Through Bamboo Plantation Conservation

Suranto

Soetjipto

Wahyono

et al. 2019

HSSR

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Purpose of the Study: This study aims to explore villages’ revitalization activities through the development of bamboo plantation conservation and by using the Community-Based Tourism (CBT) model within the perspectives of natural conservation, cultural preservation, and economic development. Methodology: This study employs qualitative methods through interviews and observation of the Papringan market in Temanggung, Central Java, Indonesia. The interview session was conducted among Papringan market management and community members (who are involved in the market’s activities), policymakers, and tourists, through snowball sampling. Main Findings: The results revealed that the Papringan market was able to revitalize the village and impact nature conservation, cultural preservation, and economic development. The Papringan market was able to sustain the bamboo garden, keep environment green, make use of the bamboo, and transform it into products. The Papringan market community members enable the young generation to inherit the local wisdom and values and introduce their culture to tourists. There is an increase in the community members’ income and progress in the infrastructure, which supports the community’s economic activities. Applications of this study: Revitalization of villages through bamboo garden conservation provides benefits to stakeholders as it related to the tourist spot of Papringan market, can sustain the natural environment, and add to economic growth. Novelty/Originality: The study is conducted to conserve the bamboo garden in sustaining the Papringan market as a tourist spot, as it adds value to the community.

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Section: Papringan Market As Natural Conservationmentioning

confidence: 99%

Community Based Tourism: Revitalization of Villages Through Bamboo Plantation Conservation

Suranto

Soetjipto

Wahyono

et al. 2019

HSSR

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“…Another family studied for forming the phytotelmata was the Poaceae (Figure 3). The Poaceae family includes herbaceous, sublime and woody plants (Leandro, Shirasuna, Filgueiras, & Scatena, 2016). Among them are the bamboo, where the phytotelmata form in their internodes (Chiu & Kam, 2006).…”

Section: Groups Of Organismsmentioning

confidence: 99%

<b>Trends in the scientific production on aquatic microhabitats phytotelmata: a scientometric study

Teixeira

Silva

Souza

et al. 2018

Acta Sci. Biol. Sci.

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We performed a scientometry to validate trends in the scientific production on phytotelmata and the importance of these microenvironments in the maintenance of biodiversity. We searched for articles in the Web of Science and looked at publications from 1987 to 2016. We collected years of publication, surveyed organisms, countries where the surveys took place, plants that accumulate phytotelmata, scientific journals that publish more about the topic and their respective IFs (Impact Factor) and the keywords of each article. We built a heatmap using the most frequent keywords in the studies, to investigate the topics studied over the years. We have found 293 publications, increasing over the years. Insects, anurans and crustaceans were the most studied organisms. The most studied plant families were Bromeliaceae, Poaceae and Apiaceae. The published studies analized were carried out mainly in Brazil, Argentina and Peru. The most published journals on the subject are: Zootaxa, Hydrobiologia, Biotropica and Journal of Natural History. Some main global concerns such as climate change, habitat fragmentation has gained the attention of the phytotelmata studies in the recent years. The results contribute to the knowledge about phytotelmata accumulated biodiversity and research trends.

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“…The graminid family Poaceae comprises nearly 12 000 species in 12 subfamilies widespread mainly in grasslands and forests all over the world (Grass Phylogeny Working Group II, 2012;Soreng et al, 2015Soreng et al, , 2017, diversity for which anatomical studies have often provided useful features that aid in identification and delimitation at various taxonomic levels (e.g. Calderón and Soderstrom, 1973;Zuloaga et al, 1992Zuloaga et al, , 1993Aliscioni et al, 2003Aliscioni et al, , 2016Guglieri et al, 2008;Oliveira et al, 2008;Pelegrin et al, 2009;Leandro et al, 2016a), and also often indicate potential synapomorphies for clades (Judziewicz et al, 1999;Grass Phylogeny Working Group, 2001;Clark et al, 2015;Leandro et al, 2016bLeandro et al, , 2017.…”

Section: Introductionmentioning

confidence: 99%

“…Strongly asymmetrically invaginated arm cells, intercostal fibres, Kranz anatomy and bundle spacing are examples of highly systematically informative leaf-blade features as seen in cross-section (e.g. Judziewicz et al, 1999;Grass Phylogeny Working Group, 2001; Viana et al, 2011; Grass Phylogeny Working Group II, PART OF A SPECIAL ISSUE ON FUNCTIONAL-DEVELOPMENTAL PLANT CELL BIOLOGY 2012; Christin et al, 2013;Clark et al, 2015;Leandro et al, 2016bLeandro et al, , 2017. In contrast, the systematic value of fusoid cells, an important leaf-blade anatomical feature for Poaceae, is still controversial in some instances and conflicting findings regarding their taxonomic distribution and functional role(s) in mature leaves have been published (see below).…”

Section: Introductionmentioning

confidence: 99%

Fusoid cells in the grass family Poaceae (Poales): a developmental study reveals homologies and suggests new insights into their functional role in young leaves

et al. 2018

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Background and Aims In mature grass leaf blades as seen in cross-section, oblong cell-like structures have been interpreted most recently as intercellular gas spaces delimited by successive collapsed fusoid cells. These cells have been reported in at least seven of 12 subfamilies of Poaceae and are considered a synapomorphy for the family; however, no developmental work has been performed to verify their meristematic origin or to assess possible homologies within the graminid clade (= Flagellariaceae + [(Joinvilleaceae + Ecdeiocoleaceae) + Poaceae]) or among subfamilies of Poaceae. A developmental study was therefore carried out, including 20 species in three families (Flagellariaceae, Joinvilleaceae and Poaceae), representing the earlier-diverging and derived branches within the graminid clade and Poaceae. • Methods Light microscopy was combined with scanning electron microscopy, cryoscanning electron microscopy and transmission electron microscopy to study the development of leaves taken from the shoot apex of young plants. Mature leaf blades also were taken from living or dried plants and the mid-portion was studied. • Key Results Developmental results show that, in mature leaf blades as seen in cross-section, one apparent fusoid cell is typically a cavity resulting from the collapse of the initial fusoid cell and its internal divisions, which are herein interpreted as derivative cells with formation of cell plates only. Each cavity is delimited by successive collapsed fusoid cells arranged perpendicularly to the veins. Fusoid cells in all studied Poaceae members originate from the ground meristem, as do the colourless cells in Joinvillea ascendens (Joinvilleaceae). These two types of mesophyll cell have a strongly similar ontogeny, distinguished mainly by the collapse of the fusoid cells in Poaceae, which is not observed in the colourless cells in J. ascendens. • Conclusions Within the Poaceae, the meristematic origin of fusoid cells is the same in the early-diverging lineages, BOP clade and Panicoideae, and thus they are homologous within the family. The same topography and meristematic origin suggest that fusoid cells in Poaceae and colourless cells in Joinvilleaceae are homologous. The results also suggest that the role played by the fusoid cells in young grass leaves is related to synthesis and storage of starch granules at early stages of development.

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The utility of Bambusoideae (Poaceae, Poales) leaf blade anatomy for identification and systematics

Cited by 24 publications

References 31 publications

Community Based Tourism: Revitalization of Villages Through Bamboo Plantation Conservation

Community Based Tourism: Revitalization of Villages Through Bamboo Plantation Conservation

<b>Trends in the scientific production on aquatic microhabitats phytotelmata: a scientometric study

Fusoid cells in the grass family Poaceae (Poales): a developmental study reveals homologies and suggests new insights into their functional role in young leaves

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