Conservation Of Plant Diversity Research Articles

Mating strategies of Vitex negundo L. var. heterophylla (Franch.) Rehder (Lamiaceae): A mixed mating system with inbreeding depression.

Plant reproductive ecology is one of the research hotspots in ecology. With the increasing attention paid to the conservation of plant diversity, the research on reproductive characteristics and flowering biological characteristics of more species has attracted more attention. However, plant reproduction is affected by multiple interacting factors such as pollen limitation and resource availability. Vitex negundo var. heterophylla (Franch.) Rehder (Lamiaceae) is a significant species for water and soil conservation. Previous studies have revealed its mating system by the biological characteristics of flowering and SSR markers, but its reproductive strategies remain to be further studied. We evaluated reproductive success through artificial pollination to explore the reproductive characteristics of V. negundo var. heterophylla for the first time. From the results of fruit set, there is a mixed mating system dominated by outcrossing in V. negundo var. heterophylla accompanied by self-compatibility, and it cannot carry out autonomous selfing. Our data show the pollinator-mediated interaction in the success of reproduction, whereas the effect of anemophily is very weak. And the seed germination rate of inbred line progenies was lower than that of hybrid progenies, which is suspected to be caused by inbreeding depression. The research will provide scientific information for the protection and conservation of V. negundo var. heterophylla from the point of view of reproduction. In sum, the results are necessary to protect animal vectors in the background of insect decline.

Population structure and carbon storage of critically endangered tree Karomia gigas (Faden) Verdic in the coastal forests of Lindi, Tanzania

Global biological loss is predominantly propelled by human activities resulting in the extinction of some important plant species while pushing others to the brink of critical danger. Better understanding of the ecology of these important species facilitates safeguarding their habitats and the development of sustainable restoration strategies. Data on vegetation, physiographic, edaphic and anthropogenic variables were collected from forty (40) concentric temporary circular plots in two forest reserves (i.e. Mitundumbea and Litipo Forest Reserves) to determine population structure and above-ground carbon storage of Karomia gigas (Faden) Verdic a critically endangered tree species in the coastal forests of Lindi, Tanzania. Within the Litipo Forest Reserve, we recorded a total of 30 K. gigas individual trees, comprising 13 seedlings, 10 saplings and 7 mature trees. The largest measured diameter at breast height (dbh) in this forest was 29.2 cm while the smallest was 0.9 cm. In contrast, the Mitundumbea Forest Reserve had 15 mature K. gigas individual trees but lacked seedlings and saplings. The largest dbh recorded in this forest stood at 59.7 cm, with the smallest dbh measurement being 5.1 cm. We overall observed significant negative correlations between the abundance of K. gigas adults and both soil organic carbon (P = 0.005) and burnt areas (P = 0.003). The total abundance of K. gigas showed a negative association with soil organic carbon (P = 0.011). Furthermore, the carbon storage of K. gigas exhibited a negative relationship with burnt areas (P = 0.005) and a positive relationship with elevation (P = 0.016). None of the assessed physiographic, edaphic, and anthropogenic variables could explain the overall abundance of K. gigas seedlings and saplings. The average above-ground carbon stored by K. gigas in Litipo forest was 3.19 ± 0.72 t ha−1, while in Mitundumbea it was 12.76 ± 1.75 t ha−1. To increase the population size and restore this once-extinct tree species, anthropogenic fires must be controlled for plant diversity conservation and environmental sustainability.

Shall we promote natural history collection today?—Answered by reviewing Ernest Henry Wilson’s plant collection process in China

Plant diversity exploration needs to be accelerated because many species will go extinct before their discovery and description, and many species-rich regions remain poorly studied. However, most contemporary plant collections prefer to focus on a specific group, which hinders the exploration and conservation of plant diversity. Therefore, we need an alternative approach to the dilemma at hand. The comprehensive Natural History Collection (NHC), which existed throughout the pinnacle of biodiversity exploration in the 20th century could be considered. We explore Ernest Henry Wilson’s (one of the most successful naturalists in the 20th) plant collections in China as a case to illustrate the advantages of NHC and discuss whether NHC deserves to be promoted again today. From multiple sources, we gathered 19,218 available specimen records of 11,884 collecting numbers assigned and analyzed the collected species, the collection's nature, and restored four routes of his explorations. Results reveal that Wilson's specimens were collected from 28 prefecture-level cities and 38 county-level regions of 7 provinces or municipalities, they belong to 200 families, 1046 genera, 3794 species, and 342 infraspecific taxa, approximately 41 %, 22 %, 10 %, 5 % of Chinese plant families, genera, species, and infraspecific taxa respectively. The Wilson case study shows that NHC is particularly effective in emphasizing species discovery and conservation, recording ecological information, understanding a region's flora, and developing landscape applications. Therefore, we strongly advocate for the expansion of natural history collections in species-rich regions. Furthermore, we recommend the employment of specialized collectors, the enlistment of international cooperation, and the standardization of guidelines for future NHCs.

Plant Diversity and Conservation Role of Three Indigenous Agroforestry Systems of Southeastern Rift-Valley Landscapes, Ethiopia

Woody and non-woody plant species conservation is one of the ecosystem services provided by agroforestry (AF) systems across the agricultural landscapes. Little attention has been paid to assessing the conservation of plant diversity in AF systems. This study was, thus, aimed at investigating plant species diversity, structure, and composition of three AF systems in Gedeo zone of south-eastern rift–valley agricultural landscape of Ethiopia. The study was conducted in three agroforestry systems, namely, enset based, coffee–enset based (C–E based AF), and coffee–fruit trees–enset based (C–Ft–E based AF) agroforestry systems. Twenty farms representative of each AF system were randomly selected, and inventory of the floristic diversity was employed in a 10 m × 10 m sample plot per farm. A total of 52 perennial woody and non-woody plant species belonging to 30 families were recorded. Of all species identified, 33 (63.5%) were native, of which two species, namely Millettia ferruginea (Hochst.) Baker and Erythrina brucei Schweinf., were registered as endemic. The highest proportion of native species was recorded in enset based AF (93.3%), and the least were in C–Ft–E based AF (59%). According to the IUCN Red List and local criteria, 13 species were recorded as being of interest for conservation in all AF systems. The woody species Prunus africana was identified as both vulnerable by IUCN Red List and rare for 25% of species that least occur. The Shannon diversity index and richness showed that C–Ft–E based AF systems were significantly different from the two remaining AF systems. However, the species abundance and evenness did not show significant differences between the three AF systems. In general, retaining such numbers of woody and non-woody perennial plant species richness under the AF systems of the present study underlines their potential for biodiversity conservation.

Global multifaceted biodiversity patterns, centers, and conservation needs in angiosperms.

The Convention on Biological Diversity seeks to conserve at least 30% of global land and water areas by 2030, which is a challenge but also an opportunity to better preserve biodiversity, including flowering plants (angiosperms). Herein, we compiled a large database on distributions of over 300,000 angiosperm species and the key functional traits of 67,024 species. Using this database, we constructed biodiversity-environment models to predict global patterns of taxonomic, phylogenetic, and functional diversity in terrestrial angiosperms and provide a comprehensive mapping of the three diversity facets. We further evaluated the current protection status of the biodiversity centers of these diversity facets. Our results showed that geographical patterns of the three facets of plant diversity exhibited substantial spatial mismatches and nonoverlapping conservation priorities. Idiosyncratic centers of functional diversity, particularly of herbaceous species, were primarily distributed in temperate regions and under weaker protection compared with other biodiversity centers of taxonomic and phylogenetic facets. Our global assessment of multifaceted biodiversity patterns and centers highlights the insufficiency and unbalanced conservation among the three diversity facets and the two growth forms (woody vs. herbaceous), thus providing directions for guiding the future conservation of global plant diversity.

Late Pleistocene glacial expansion of a low-latitude species Magnolia insignis: Megafossil evidence and species distribution modeling

The Pleistocene Epoch, marked by significant climatic fluctuations and glaciations, profoundly impacted plant populations. However, our understanding of the influences of last glaciations on tropical-subtropical flora and vegetation remains limited due to insufficient data. Here, we present mummified wood of Magnolia insignis (Wall.) Bl. from the Upper Pleistocene (33–30 ka cal. BP) of Maoming, South China, providing direct evidence of a broader historical range for this species during the period prior to the LGM in the last glaciation. Combining these findings with results from MaxEnt modeling, we demonstrate an expanded range of M. insignis into lower latitudes during last glaciation with subsequent interglacial contraction. This represents the second documented case of such a scenario for a cold-tolerant high-elevation plant species at low latitudes. The results of MaxEnt modeling and a comparison of climatic data across different time periods indicate that the contraction of M. insignis from the Maoming and other low latitude regions of East Asia was driven by the increase in summer temperatures during Holocene. This study not only sheds light on the responses of cold-adapted mountainous species at low latitudes of East Asia to last glaciation, but also justifies the importance of their protection in the view of nowadays and future climate changes.

Characterization and Carbon Sequestration Potential of Sacred Forests in the Western Highlands Cameroon

Cameroon has a diversity of forest ecosystems, including sacred forests that have been preserved until now by traditional laws. The aim of this study was to characterize the vegetation of two sacred forests in the Western Highlands and to estimate the quantities of carbon stored by these forests. The inventories were carried out in 24 quadrats measuring 30 m x 30 m installed in the Bansoa and Baloum forests according to their surface area. Individuals with a diameter of 10 cm or more at breast height (1.30 m from the ground) were measured.  Phytodiversity was assessed using the Shannon and Simpson indixes. The quantities of carbon stored by the sacred forests were obtained using allometric equations developed by other researchers and appropriate to the tropical zone. Overall, 50 species in 31 genera and 25 families were recorded. The diversity index values are low. They range from 1.47 to 2.52 bits per plot for the Shannon index, and from 0.70 to 0.91 for the Simpson index. Markhamia lutea and Cola acuminata are the most frequent and abundant species in the study area. The densities of individuals per hectare are 368 individuals/ha at Bansoa and 416 individuals/ha at Baloum and the basal area varies from 32.37 m2/ha to 38.44 m2/ha. The shrub layer dominates in both forests. Of the species recorded, 03 are Vulnerable and 02 are Endangered. Carbon sequestration was 286.84 t C/ha at Baloum and 232.44 t C/ha at Bansoa, with CO2 uptake of 1052.12 t CO2/ha and 853.55 t CO2 /ha respectively. The results of this study show that despite their small size, sacred forests play a significant role in the conservation of plant diversity and also help to reduce greenhouse gases in nature.

Research History of Forest Gap as Small-Scale Disturbances in Forest Ecosystems

Forest gaps, which are formed by small-scale disturbances that often occur in forest communities, are the most dominant form of disturbance in many types of forests around the world and play an essential role in the dynamics of forest regeneration, plant diversity conservation, nutrient cycling, and forest succession. Forest gaps are one of the vital directions in forest research. Dynamic disturbance and vegetation regeneration are important elements of forest gap research. The research on forest gaps has a history spanning over 70 years, but there is a lack of a systematic overview of the process. Therefore, this review outlines the spatial changes in the whole process of forest gap development by systematically analyzing the occurrence, basic characteristics, micro-environmental changes, and the effects of forest gap disturbance processes on understory animals, plants, soil microorganisms, and forest regeneration and succession. The results contribute to a better understanding of forest gaps and their impacts on forest regeneration and management. Based on this, we remapped the forest gap process during forest succession. We suggest directions and recommendations for improvements in response to the dilemmas and challenges facing the future of forest gaps.

Spatiotemporal development of national botanic gardens worldwide and their contributions to plant diversity conservation from 1593 to 2023

The national botanic garden is not only a primary means of global ex situ conservation but also a key indicator of biodiversity conservation capacity in a country. To understand the contributions of national botanic gardens from around the world to plant diversity conservation, we generated a long time-series dataset to investigate the spatiotemporal development of national botanic gardens and then explored their functional expansion from 1593 to 2023. The results showed that the development of national botanic gardens was driven by the development demands of human society and could be divided into three stages, i.e., the initial exploration stage of early botanic gardens (1593–1765), the colonial development stage of modern botanic gardens (1765–1945), and the rapid development stage of modern botanic gardens (1945–2023). The first national botanic garden was established in Western Europe, followed by other national botanic gardens being established in the rest of the world. The functions of national botanic gardens evolved from the collection of medicinal and plant resources to multiple purposes, including scientific research, plant diversity conservation, education, and dissemination of knowledge. Contemporary national botanical gardens have played a crucial role in plant diversity conservation and scientific research on the response and adaptation of plant diversity to global change. Future development and management of national botanic gardens will play a crucial role in achieving future targets of the post-2020 global biodiversity framework, which meets the UN Sustainable Development Goals.

First International Symposium on the Frontiers of Plant Diversity Conservation Research in the Pan‐Third Pole Region, Kunming, China, August 2023

First International Symposium on the Frontiers of Plant Diversity Conservation Research in the Pan‐Third Pole Region, Kunming, China, August 2023

Potential contribution of urban roadside plant nurseries to forest plant conservation and human well-being in the face of climate change, Uganda

ABSTRACT Plant diversity is one of the fundamental cornerstones for human well-being and sustainable development in countries where household livelihoods are highly dependent on land resources. Given their vulnerability to the impacts of climate change and increasing threat to plant diversity sustainability efforts to conserve plant diversity through ex-situ strategies like plant nurseries management are crucial for those countries. We surveyed 70 roadside plant nurseries across Kampala District, to understand their contribution to plant conservation and human livelihoods in the face of global change. One hundred and nine species representing 55 families including exotics and indigenous were recorded. The most frequent indigenous species were Musanga cecropioides, Elaeis guinensis, Maesopsis eminii, and the endangered Encephalartos hildebrandtii. Over 94% of the respondents depended on plant nursery business for their economic needs. Over 92% of the respondents lacked the technical capacity to manage plant nurseries for conservation and as a business. Yet with proper management, the plant nurseries can enhance plant conservation, urban forestry development, and act as green businesses. Hence, contributing to livelihood improvement of the low-income urban households; and achieving assisted plant migration as an adaptation strategy for plant conservation in the face of global change.

PROJECTIVE LEAF COVER PREDICTS PLANT SPECIES RICHNESS IN THE SACRED FIR FORESTS OF MONTE TLÁLOC, STATE OF MEXICO

The establishment of relationships between the water balance coupled to the atmosphere and species richness, for a given ecosystem, allows characterizing the state of vegetation under stable conditions. The proposal by Specht and colleagues of the water relationship between actual evapotranspiration/potential evapotranspiration (Ea/Eo), mediated by the evaporative coefficient k, allows to establish empirical relationships, without implying a cause-effect relationship, between the projective leaf cover (CPF) and the richness of plant species in relation to k. These relationships were reviewed with information from sampling sites established in sacred fir [Abies religiosa (Kunth) Schltdl. & Cham.] forests of the warm temperate climatic region of Mount Tlaloc, State of Mexico. Species richness and CPF of the upper stratum of the forests were measured, and the aboveground biomass was estimated.  The patterns of the relationship between the CPF of the upper stratum and the total number of species showed variations within the limits of Specht’s equilibrium relationship, even though the levels of disturbing agents in the sites showed a greater dispersion of the data. Establishing a relationship between projective leaf cover and species richness facilitates estimates in plant diversity conservation projects.

Ethnobotanical study of peraq api ritual in Sasak Tribe of Lombok Island, Indonesia and its potential for sustainable tourism

Abstract. Rahayu SM, Batoro J, Sukenti K, Hakim L. 2023. Ethnobotanical study of peraq api ritual in Sasak Tribe of Lombok Island, Indonesia and its potential for sustainable tourism. Biodiversitas 24: 5485-5494. Peraq api is a ritual for giving baby names by the Sasak Tribe in Lombok Island, Indonesia. This ritual uses various species of plants and processions to symbolize values and beliefs of the Sasak people. This unique cultural knowledge and practice might interest tourists to experience the ritual. This study aims to determine the diversity of plant species used in peraq api ritual and the ethnobotanical knowledge embedded on it, and to assess the potential of utilizing this ritual for sustainable tourism development. This research was conducted in villages around the Mandalika Area, including Sengkol, Kuta, Sukadana, and Mertak Villages, located in Pujut Sub-district, Central Lombok District, West Nusa Tenggara Province. The research was carried out by combining the methods of direct observation, participatory observation and interviews. Information on the species and vernacular names, plant part used, mode of use, conservation status of the plant as well as its habitat were collected and analyzed using descriptive and qualitative approaches. Based on the research, it was found that 15 families, 21 genera and 22 plant species were used in peraq api ritual. Each plant symbolizes the indigenous value and beliefs of Sasak Tribe related to their connection with God, people and environment. The use of plants in peraq api ritual also shows the indigenous intelligence of the Sasak Tribe. Traditional knowledge about the uses of plants and landscape management plays an important role in plant conservation. Plants used in the peraq api ritual can be found in various habitats, including homegarden, garden, riverside and ricefield. These various habitats resemble the indigenous ecological and ethnobotanical knowledge of Sasak Tribe in landscape management which has a very positive role in conserving biodiversity, creating a sustainable environment and socio-cultural preservation. The peraq api ritual has the potential to be develope as a sustainable tourism. The development of peraq api rituals for tourism might be useful to preserve cultural values of Sasak Tribe ??as a national cultural asset, conserve plant diversity and environment and improve the welfare of local communities.

Determinates of bryophyte diversity, in comparison with vascular plant diversity, in paddy fields

Introduction Paddy-field landscapes play an important role in conservation of plant diversity. However, in only a few studies has bryophyte diversity been investigated in these landscapes. Therefore, we examined the characteristics and factors that determine bryophyte diversity in paddy fields. Methods Three approaches were used in this study: plant taxa, life form, and habitat type. Our aim in using the plant-taxa approach was to reveal differences between bryophytes and vascular plants in terms of landscape elements that are significant for species richness. The life-form and habitat-type approaches were used to elucidate how landscape elements determined bryophyte diversity. Generalised linear models and non-metric multidimensional scaling were used for these analyses. Results and discussion The landscape elements influencing species richness differed between vascular plants and bryophytes. Specifically, the forest area emerged as a crucial factor for bryophyte richness. Moreover, the species composition of bryophytes was determined by the forest area, influencing the prevalence of hydrophilic life forms and presence of forest-associated bryophyte species. These results can be attributed to two key functions of forest areas: supplying forest species to adjacent paddy fields, and alleviating heat and drought stress. Conclusions Bryophyte diversity in paddy fields was influenced more strongly by the surrounding forest areas than by the vascular plant diversity, owing to the vulnerability of bryophytes to drought stress. These results highlight the importance of forest–paddy mosaics for conservation of bryophyte diversity in paddy fields. Furthermore, the species composition results suggest that paddy fields can serve as suitable habitats for flood-plain bryophytes.

Global access to nomenclatural botanical resources: Evaluating open access availability

Societal Impact StatementPrimary occurrence data (‘what, where, when’) enable study of species distribution and diversity, facilitating reactions to societal challenges from food security to climate change mitigation. Scientific names integrate information and are made concrete through reference to a type specimen. Research and conservation planning requires timely open access to this data. Around 2000 vascular plant species are described each year, and many are narrowly endemic and face conservation threats. Twenty‐four percent of those published between 2012 and 2021 is available openly, and only 12% of taxa is represented by digitised type material served from within their native range. We make several recommendations to increase open access to this vital information to support prompt conservation action and future research.Summary We review access to literature and type specimens, key resources for taxonomic research. Takeup of open access (OA) publishing in plant naming is analysed using the International Plant Names Index (IPNI) data (2012–2021), and online availability of specimens analysed using the Global Biodiversity Information Facility (GBIF). Integration of the World Checklist of Vascular Plants (WCVP) taxonomy and distributional data is used to examine regional variation. We found that 23% of vascular plant names are published OA, and 41% are digitally undiscoverable: contained in bibliographic works without a Digital Object Identifier (DOI) or with an unresolvable DOI. The most common OA publishing model used is ‘gold’. We also found that 30% of taxa are represented by a digitised type specimen mobilised from within the continent of their natural range and only 12% from the (more precise) country. We recommend clear article processing charge (APC) waivers for authors from low and middle income countries to better enable ‘gold’ OA and promotion of deposition repositories to better enable ‘green’ OA. Nomenclators should clearly indicate the OA status of literature and mobilise type citation data as material citations to aggregators like GBIF. Names registration systems should promote the capture of code‐recommended elements such as catalogue numbers for type specimens. Digital mobilisation of specimen metadata and images from collections based in low‐ and middle‐income countries must be accelerated to help increase in country taxonomic capacity to document and conserve plant diversity.

Fruit and seed traits and vertebrate-fruit interactions of tree species occurring in Guyana, Suriname, and French Guiana.

Seed dispersal is widely considered an important mechanism for the conservation of plant diversity. In tropical regions, over 80% of woody plant species are dispersed by vertebrates, often through the consumption of fruits. Our understanding of what drives interactions between vertebrates and fruits is limited. Through a systematic literature search, we compiled a database of fruit and seed traits and vertebrate-fruit interactions for tree and vertebrate species occurring in the Guianas, with the aim of facilitating research into seed dispersal and seed predation of tree species in the Guianas. The database was compiled by extracting data from 264 published sources. It consists of 21,082 records, of which 19,039 records contain information about 19 different fruit and seed traits belonging to 1622 different tree species. The other 2043 records contain information on vertebrate-fruit interactions between 161 vertebrate species and 464 tree species. Our analyses showed a taxonomic bias, particularly in the interaction data, toward large-bodied vertebrates, with most interactions recorded for the bearded saki (Chiropotes chiropotes), followed by the lowland tapir (Tapirus terrestris). For plants we found an overrepresentation of the Sapotaceae and Moraceae families and an underrepresentation of the Rubiaceae, Myrtaceae, and Lauraceae families in the interactions. There are no copyright restrictions on the data set; please cite this publication when using these data.

Ex situ Conservation Efforts for Plant Diversity Protection with A Focus on Seeds

Plant diversity underpins ecological systems and provides materials that sustain humanity. Yet, plant diversity is being lost at a rate unparalleled in recent history, and the threat largely comes from anthropogenic pressures. As an effort to halt the continuing loss of global plant diversity, ex situ conservation has been gaining momentum. This article reviews the current ex situ conservation approaches with particular attention to botanic gardens, seed banks, cryopreservation, and seed vaults. Botanic gardens and conventional seed banks present their advantages and issues for effective plant conservation with cryopreservation complementing them in useful ways. Seed vaults that store seeds permanently occupy a unique place in plant conservation efforts. Of the two existing vaults, the Svalbard vault appears to have established itself as a global institution for the public good by safeguarding food and agriculture seed. The Korean vault, a relatively newer institution, may need further strategic efforts to build its clear identity and comparative niche, and distinguish itself as a global facility. While sustainably conserving plant diversity is an uphill challenge, increasing participation in ex situ conservation will certainly facilitate coping with the challenge.

Response of Aboveground Net Primary Production, Species and Phylogenetic Diversity to Warming and Increased Precipitation in an Alpine Meadow.

The uncertain responses of aboveground net primary productivity (ANPP) and plant diversity to climate warming and increased precipitation will limit our ability to predict changes in vegetation productivity and plant diversity under future climate change and further constrain our ability to protect biodiversity and ecosystems. A long-term experiment was conducted to explore the responses of ANPP, plant species, phylogenetic α-diversity, and community composition to warming and increased precipitation in an alpine meadow of the Northern Tibet from 2014 to 2019. Coverage, height, and species name were obtained by conventional community investigation methods, and ANPP was obtained using observed height and coverage. Open-top chambers with two different heights were used to simulate low- and high-level climate warming. The low- and high-level increased precipitation treatments were achieved by using two kinds of surface area funnel devices. The high-level warming reduced sedge ANPP (ANPPsedge) by 62.81%, species richness (SR) by 21.05%, Shannon by 13.06%, and phylogenetic diversity (PD) by 14.48%, but increased forb ANPP (ANPPforb) by 56.65% and mean nearest taxon distance (MNTD) by 33.88%. Species richness, Shannon, and PD of the high-level warming were 19.64%, 9.67%, and 14.66% lower than those of the low-level warming, respectively. The high-level warming-induced dissimilarity magnitudes of species and phylogenetic composition were greater than those caused by low-level warming. The low- rather than high-level increased precipitation altered species and phylogenetic composition. There were significant inter-annual variations of ANPP, plant species, phylogenetic α-diversity and community composition. Therefore, climate warming and increased precipitation had non-linear effects on ANPP and plant diversity, which were due to non-linear changes in temperature, water availability, and/or soil nutrition caused by warming and increased precipitation. The inter-annual variations of ANPP and plant diversity were stronger than the effects of warming and especially increased precipitation on ANPP and plant diversity. In terms of plant diversity conservation and related policy formulation, we should pay more attention to regions with greater warming, at least for the northern Tibet grasslands. Besides paying attention to the responses of ANPP and plant diversity to climate change, the large inter-annual changes of ANPP and plant diversity should be given great attention because the large inter-annual variation indicates the low temporal stability of ANPP and plant diversity and thus produces great uncertainty for the development of animal husbandry.

The indigenous art of orchid noken making by the Mee Tribe in the highland of Central Mountains, Indonesian Papua

Abstract. Runtuboi YY, Padang DA, Peday MH, Arobaya AYS, Ungirwalu A, Auri A, Dimara PA, Susanti CME, Panambe N, Benu NMH. 2023. The indigenous art of orchid noken making by the Mee Tribe in the highland of Central Mountains, Indonesian Papua. Biodiversitas 24: 3881-3890. The eastern Indonesian Papua boasts remarkable biodiversity and valuable natural resources. Despite this, there has been a lack of scientific investigation into the sustainable utilization of these resources by the diverse ethnic groups residing in Papua. This paper discusses the traditional practice of the men of the Mee Tribe, who specialize in crafting a traditional bag called orchid noken. The study aims to document and preserve the local knowledge and expertise of the Mee Tribe regarding the use of plants in their craftwork. The field study was conducted in August 2014 in the village of Bomomani, located in the Dogiyai District of Papua Province. Qualitative methods, such as interviews and participatory observation, were employed to collect data from 18 key informants selected for their knowledge of the Mee Tribe's traditional practices of orchid noken making. The study uncovered that the Mee Tribe relies on nine species of wild plants, including orchids, ferns, and rattans, as the primary raw materials for crafting noken. Specific parts of these plants are carefully selected and incorporated into the crafting process, employing different processing techniques to achieve the desired colors and textures in the final product. The findings highlight the immense significance of the orchid noken in the daily lives of the Mee Tribe. This study demonstrates that noken is a product closely associated with the local knowledge and culture of the Mee Tribe. Additionally, by documenting and understanding the Mee Tribe's traditional practices, the research contributes to the conservation of plant diversity and the preservation of Papuan cultural heritage. This study ensures the continued transmission of traditional knowledge and practices to future generations, safeguarding the invaluable cultural heritage of Papuans.

Geographical distribution and conservation strategy of national key protected wild plants of China

National key protected wild plants (NKPWPs) are considered flagship species for plant diversity conservation in China. Using data for 1101 species, we characterized NKPWPs distribution patterns in China and assessed conservation effectiveness and conservation gaps. In total, 4880 grid cells at a 20×20km resolution were filled with occurrence records for NKPWPs. We identified 444 hotspot grid cells and 27 diversity hotspot regions, containing 92.37% of NKPWPs. However, 43.24% of these hotspot grid cells were fully or partially covered by national nature reserves (NNRs), where 70.21% of species were distributed. Approximately 61.49% of the NKPWPs species were protected by NNRs, but the populations or habitats of 963 species were partially or fully outside of NNRs. With global warming, the overall change in the extent of suitable habitats for NKPWPs is expected to be small, however, habitat quality in some areas with a high habitat suitability index will decrease.