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University of Karachi — 75 Years of Academic LeadershipUniversity of Karachi 75 Years of Academic Leadership (1951–2026)
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Center for Plant Conservation

CPC

Introduction

Director: Dr. Roohi Bano.

Objectives

  • To maintain a substantial and diverse ex-situ collection of rare and threatened plants, including cultivars
  • To establish a Centre for plants Conservation with specialization in the floristic studies and conservation of flora of Pakistan
  • To develop a Germ plasm/seeds bank of indigenous as well as cultivars.
  • To conserve and restore the rare native and endemic plants of Pakistan via  ex-situ conservation and re-habitation of fast depleting biodiversity 
  • To facilitate human resource development in the field of plant Conservation

Vision

Centre for Plant Conservation will be the hub of Academic and research activities. It will provide opportunities for collaborative research with related departments/Institutes on one hand and on the other it will also enhance the knowledge of plant conservation and sustainable utilization of plant biodiversity of rare and endemic plants of Pakistan.

Mission

  • To provide and promote facilities for advanced study and research in various aspects of plant conservation, plant systematic and ethno botany 
  • To promote and arrange extension lectures, national and international seminars, conferences, courses of further study and in-service training for those already engaged in on various aspects of the discipline and also for the common public. 
  • To provide services and consultation to the relevant departments of public and private institutions 
  • To collaborate with other academic centres and institutes and to equip and enable the Centre for carrying out the functions set out herein.
  • To developed the Centre for Plant Conservation as an internationally recognized organization.
  • Centre for Plant Conservation, University of Karachi is working to save the country’s rare plant species, which are on the brink of extinction & could soon disappear from the planet. In this Centre In-situ as well as ex-situ flora Conservation is taking place.      
CPC

Faculty

Name Designation Qualification Area of Research Emails
Full-Time Faculty Members
Emeritus Prof. Dr. M. Qaiser Emeritus Professor Post Doct. Plant Sciences qaismd@uok.edu.pk
Dr. Roohi Bano Director
Associate Professor
Ph.D. Experimental and Classical Plant Taxonomy, Phytodiversity, Plant Conservation roohibano@uok.edu.pk
Dr. Shaukat Ali Senior Taxonomist Ph.D. Plant  Taxonomy and Plant Biodiversity and Conservation shaukat.ali@uok.edu.pk
Dr. Muneeba Khan Taxonomist Ph.D. Plant  Taxonomy, Aerobiology, Palynology muneeba.khan@uok.edu.pk
Adjunct Faculty
Prof. Dr. Anjum Perveen Adjunct Professor Post Doct. Plant Taxonomy, Palynology, Plant biodiversity and Conservation, Plant Tissue Culture and Molecular Taxonomy anjump@uok.edu.pk
Teaching Associate
Ms. Rabia Akhlaq Teaching Associate PhD (Candid) Plant Taxonomy
Research Associate
Ms. Taba Rauf Teaching Associate PhD (Candid) Plant Taxonomy, Palynology, and Plant biodiversity and Conservation
Inter-Departmental Faculty Members
Mr. Badar Sami Assistant Professor  PhD (Candid) Software Development, Information Managemnet & Expert System, Natural language processing/ Text mining badarsami@uok.edu.pk
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Flora of Pakistan

A Historic achievement
Flora of Pakistan

Flora of Pakistan is the complete modern account of the plants of South Asia. It is comprehensive and most reliable documented series covering diversified flora spread in various regions of Southwest Asia in general and Pakistan in particular.

It is edited by world renowned scientists Syed Irtifaq Ali, Eugene Nasir & Muhammad Qaiser. The treatment of some larger families such as Poaceae (T. A. Cope, Kew), Cyperaceae (I. Kukkonen, Helsinki), Labiatae (Ian Hedge, Edinburgh) and Rosaceae (Landrein, Borosova, Osbone & Ghazanfar, Kew) has been done by the world renowned taxonomists. The Flora of Pakistan project was initiated in 1968 and produced 225 treatments covering flowering plants, ranging in size from a few pages to approximately 500 pages (such as Poaceae) and the last fascicle Cactaceae 225 was published in February 2021.

The Flora provides detailed description of families and genera and species along with complete synonymy, and keys to the genera and species, vernacular names, line drawings of selected species, type information. It also provides baseline information on the geographical and ecological distribution, phenology, and ethnobotanical uses of plants. The description of the species is followed by the examined specimens scattered in local and foreign herbaria such as Kew, BM, B, M, W, arranged according to a 2° x 2° grid system.

Online Flora: The entire Flora is online (beside the hard copy) with the collaboration of Missouri Botanical Garden, USA. TROPICOS:

http://www.tropicos.org/ project/ Pakistan

Flora of Pakistan@efloras.org/flora taxon

Hard copies of complete volumes are available at Centre for Plant Conservation, and Prof. Dr. S. I. Ali Botanic Garden, University of Karachi.

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PRICE OF PUBLISHED FLORA OF PAKISTAN
ALPHABETICAL ORDER
Name of Family Vol. No. Price (Rs.)
Acanthaceae 188 3000
Aceraceae 92 1000
Adoxaceae 151 1000
Agavaceae 156 1000
Aizoaceae 41 1000
Alangiaceae 50 1000
Alismataceae 68 1000
Alliaceae 83 1000
Amaranthaceae 71 1600
Amaryllidaceae 134 1000
Anacardiaceae 152 1000
Annonaceae 167 1000
Apocynaceae 148 1200
Aquifoliaceae 124 1000
Araceae 120 1000
Araliaceae 86 1000
Araucariaceae(Gymnospermae) 181 3000
Aristolochiaceae 110 1000
Asclepiadaceae 150 3000
Asparagaceae 217 2000
Asphodelaceae 211 3000
Asteraceae (I) 207 6880
Asteraceae (II) 210 8600
Asteraceae (III) 218 3000
Asteraceae (IV) 222 14240
Asteraceae (V) 223 14520
Asteraceae (VI) 224 12400
Averrhoaceae 11 1000
Avicenniaceae 49 1000
Balanophoraceae 135 1000
Balsaminaceae 133 1000
Basellaceae 161 1000
Betulaceae 95 1000
Begoniaceae 96 1000
Berberidaceae 87 1600
Biebersteiniaceae 129 1600
Bignoniaceae 131 1000
Bombacaceae 119 1000
Boraginaceae 191 9000
Brassicaceae 55 12320
Buddlejaceae 56 1000
Burseraceae 26 1000
Butomaceae 69 1200
Buxaceae 65 1000
Cactaceae 225 2000
Caesalpiniaceae 54 1600
Callitrichaceae 201 1000
Campanulaceae 155 1000
Cannabaceae 44 1000
Cannaceae 145 1200
Capparidaceae 34 1600
Caprifoliaceae 174 1500
Caricaceae 117 1000
Caryophyllaceae 175 3000
Casuarinaceae 199 1000
Celastraceae 109 1000
Ceratophyllaceae 70 1000
Chenopodiaceae 204 9585
Cistaceae 112 1000
Colchicaceae 125 1000
Combretaceae 122 1000
Commelinaceae 84 1000
Convallariaceae 213 1500
Convolvulaceae 126 2500
Coriariaceae 43 1000
Cornaceae 88 1000
Corylaceae 22 1000
Crassulaceae 209 3000
Cucurbitaceae 154 2500
Cupressaceae(Gymnospermae) 184 same as 181
Cuscutaceae 189 1000
Cycadaceae (Gymnospermae) 178 same as 181
Cynomoriaceae 208 1000
Cyperaceae 206 11080
Datiscaceae 37 1000
Dilleniaceae 42 1000
Dioscoreaceae 53 1000
Dipsacaceae 94 1000
Ebenaceae 116 1000
Elaeagnaceae 85 1000
Elatinaceae 19 1000
Ephedraceae(Gymnospermae) 186 same as 181
Ericaceae 5 1000
Eriocaulaceae 142 1000
Euphorbiaceae 172 4000
Fagaceae 104 1000
Flacourtiaceae 1 1000
Frankeniaceae 7 1000
Fumariaceae 73 1600
Gentianaceae 197 6880
Geraniaceae 149 1500
Ginkgoaceae(Gymnospermae) 180 same as 181
Goodeniaceae 30 1000
Grossulariaceae 27 1000
Guttiferae 32 1000
Haemodoraceae 165 1000
Haloragidaceae 113 1000
Hamamelidaceae 2 1000
Hemerocallidaceae 212 1500
Hippocastanaceae 82 1000
Hippuridaceae 81 1200
Hyacinthaceae 214 1500
Hydrangeaceae 16 1000
Hydrocharitaceae 169 1000
Hydrophyllaceae 127 1000
Illecebraceae 47 1000
Iridaceae 202 1500
Iteaceae 9 1000
Juglandaceae 14 1000
Juncaceae 138 1500
Juncaginaceae 48 1000
Labiatae 192 12400
Lardizabalaceae 60 1000
Lauraceae 118 1000
Lecythidaceae 160 1000
Lemnaceae 173 1000
Lentibulariaceae 196 1000
Leonticaceae 58 1000
Liliaceae 215 3000
Linaceae 21 1000
Loranthaceae 35 1000
Lythraceae 78 1000
Magnoliaceae 64 1000
Malpighiaceae 45 1000
Malvaceae 130 1500
Martyniaceae 13 1000
Meliaceae 17 1000
Menispermaceae 74 1000
Menyanthaceae 111 1000
Mimosaceae 36 3000
Molluginaceae 40 1000
Monotropaceae 6 1000
Moraceae 171 3000
Morinaceae 67 1000
Moringaceae 38 1000
Musaceae 144 1000
Myrsinaceae 89 1000
Myrtaceae 219 2000
Najadaceae 176 1000
Nelumbonaceae 194 1000
Neuradaceae 198 1000
Nyctaginaceae 115 1000
Nymphaeaceae 195 1000
Olacaceae 136 1000
Oleaceae 59 1600
Onagraceae 139 1500
Orchidaceae 164 2000
Orobanchaceae 98 1000
Oxalidaceae 4 1000
Paeoniaceae 121 1000
Palmae 153 2000
Pandanaceae 187 1000
Papaveraceae 61 1600
Papilionaceae 100 15560
Parnassiaceae 31 1000
Passifloraceae 66 1000
Pedaliaceae 33 1000
Philadelphaceae 15 1000
Phrymaceae 46 1000
Phytolaccaceae 3 1000
Pinaceae(Gymnospermae) 182 same as 181
Pittosporaceae 93 1000
Plantaginaceae 62 1800
Platanaceae 23 1000
Plumbaginaceae 28 1000
Poaceae 143 27120
Podophyllaceae 57 1000
Polemoniaceae 8 800
Polygalaceae 52 1500
Polygonaceae 205 6600
Pontederiaceae 114 1000
Portulacaceae 51 1500
Potamogetonaceae 79 1000
Primulaceae 157 4635
Proteaceae 72 1000
Punicaceae 102 1000
Pyrolaceae 128 1000
Ranunculaceae 193 6640
Resedaceae 90 1000
Rhamnaceae 140 2500
Rhizophoraceae 158 1000
Rosaceae (I) 216 6210
Rosaceae (II) 221 6400
Rubiaceae 190 5800
Ruppiaceae 80 1000
Ruscaceae 106 1000
Rutaceae 132 2500
Sabiaceae 91 1000
Salicaceae 203 6000
Salvadoraceae 29 1000
Sambucaceae 123 1000
Santalaceae 159 1000
Sapindaceae 39 1500
Sapotaceae 163 1500
Saxifragaceae 108 1500
Scrophulariaceae 220 13240
Simaroubaceae 162 1000
Smilacaceae 107 1000
Solanaceae 168 3000
Sonneratiaceae 103 same as 102
Sparganiaceae 200 1000
Sphenocleaceae 25 1000
Staphyleaceae 24 1000
Sterculiaceae 99 1500
Symplocaceae 63 1000
Tamaricaceae 141 5000
Taxaceae(Gymnospermae) 185 same as 181
Taxodiaceae(Gymnospermae) 183 same as 181
Thymelaeaceae 12 1000
Tiliaceae 75 2000
Trapaceae 97 1000
Trilliaceae 105 1000
Typhaceae 177 1000
Ulmaceae 170 1500
Umbelliferae 20 10000
Urticaceae 137 2500
Vahliaceae 10 1000
Valerianaceae 101 1500
Verbenaceae 77 3000
Violaceae 166 800
Vitaceae 147 2000
Zamiaceae(Gymnospermae) 179 same as 181
Zannichelliaceae 18 1000
Zingiberaceae 146 1000
Zygophyllaceae 76 2000
Total   481110
Other Books
Annotated Catalog of the Vascular plants of West Pakistan and Kashmir 25000
Chromosome atlas of Pakistan 15000
History amd exploration of plants of Pakistan and adjoining areas 10000
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Herbarium

The herbarium is a place where a collection of dried plant specimens are kept for scientific studies. These specimens are arranged according to a particular system of classification. Nowadays a modern herbarium is a sort of research laboratory, training and reference centre and a permanent data store house of all the plants of an area. Herbarium is a fundamental source of identification of plants and a permanent reference centre. It serves basic need of identification for basic and applied research in botany, biology, agriculture, pharmacy, genetics pharmaceutical chemistry, aerobiology and biotechnology. Karachi University Herbarium has more than 150,000 plants species (mostly flowering plants), including those which are several decades old. A collection of taxonomic literature mainly dealing with flowering plants is also present in the herbarium. The types of new taxa (new species, sub-species, varieties) are properly preserved and kept here for future use. It also acts as a data store house and provides a major source of information on habitat, ecology, distribution of rare and endangered species. Herbarium also acts as a source of library and laboratory for the systematic research. The herbarium Staff provides significant service to the public by identifying unknown plants and by answering a number of questions about the plants, their distribution patterns, ecology and usefulness. A rich collection of specimens provides a sound foundation for training in plant biodiversity also in order to draw relationship of wild and cultivated plants, their affinities and correct identification (which is the key for the utilization of a particular species, unknown species hardly get any attention), the name of a plant is the key to its literature. One has to take information from other branches of science such as pollen morphology, chemistry, ecology, genetics etc. The data is therefore collected from these branches of science which not only helps in identification but also the better understanding of biodiversity and different environmental problems.

Herbarium facilities

Herbarium (KUH) has more than 150,000 plants species (mostly flowering plants), including those which are several decades old.

  • Plants identification and authentication is done by Plant Taxonomists.
  • Preparation of Herbarium specimen (Poisoning and mounting) and issuance of voucher specimen/ accession number.
  • Collection of Plant specimen (on demand).

Seminar Library
Herbarium Library housed more than 2000 books and 240 journals on Plant Sciences and a large number of floras, proceedings and monographs for research scholars and students.

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Botanic Garden

However due to loss of habitat, human disturbance and deforestation, many plants species are facing the threat of extinction. It is estimated that the habitat destruction from Propagation and cultivation of endangered species. Provide a major link between In situ and Ex situ Conservation. Involved in natural planning process such as biodiversity strategies. Introduction of new crops for agriculture and discovery of plants for medicinal use.

Botanic Garden is an institution which holds well documented plant species in living form for the purposes of conservation, research, display and education. Due to the topographical variation different species of plants including wild, medicinally important and flowering species present in Pakistan. Due to urbanization, deforestation, over grazing and habitat loss many plant species are in danger and seems to be extinct, Botanic Garden is looking forward to conserve the plants of Pakistan especially those which are threatened or those which are nearly to be extinct from Pakistan.

Prof. Dr. S. I. Ali Botanic Garden facilities

Botanical Garden is a conservation center spread over an area of 35 acres divided into 13 regions, holds well documented approx. 3000 plant species, in living form for the purposes of conservation, research, display and education. Also organize different activities for learning such as workshops (Germination/ Organic gardening).
Educational visits are provided for several students of colleges and university and facilitate for the preparation of Nature-based learning projects and presentation.
Urban forest is now established having more than 200 plants.
Open for plantation derived.

Seed Bank

  • Seed bank has been established in the botanic garden.
  • It contains seeds of more than 500 different species collected from different regions of Pakistan.
  • Includes wild, cultivated, ornamental and medicinal plants
  • Seed collections on demand.
  • It provides facility in seed exchange program and many more are under process.

Field visits
Various field visits to interior Sindh, Punjab, Baluchistan and KPK organize for research and training purposes.

Propagation unit/ Nursery
A wide range of plants are also propagated by different methods in the propagation unit.

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Programs

M.Phil. Eligibility: B.S., MSc. in Botany, or relevant fields from a HEC recognized University.

Ph.D. Eligibility: M.S., M.Phil. in Botany, or relevant fields (with CGPA 3.00 or more or its equivalent qualification) from a HEC recognized University.

As per University rule or guideline, LINK , admissions will be granted on the basis of Test and Interview to be conducted by the respective departmental research committee and other relevant information will be available in admission section.

Minimum Qualifying marks in the entrance test for M.Phil. & Ph.D. program are 50% (Fifty percent).

Course Structure for M. Phil. Program
S.No. Course No. Course Title Credit Hours Remarks
SEMESTER I
1 CPC-701 Geographic Information System 2+1 Optional
2 CPC-702 Conceptual Foundation of Biodiversity 2+1 Compulsory
3 CPC-704 Research Methodology-I 3+0 Compulsory
4 CPC-706 Introductory Horticulture 2+1 Optional
5 CPC-708 Database Management System 2+1 Optional
SEMESTER II
6 CPC-703 Ethnobotany, Conservation and Community Development 2+1 Compulsory
7 CPC-705 Introduction to Plant tissue culture 3+1 Optional
8 CPC-707 Research Methodology-II 3+1 Compulsory
9 CPC-710 Landscaping Gardening 2+1 Optional
Course Structure for Ph.D. Program
S.No. Course No. Course Title Credit Hours Remarks
1 CPC-801 Research Seminars 4+0 Compulsory
2 CPC-802 Seminar on Current Advances 4+0 Compulsory
3 CPC-803 Thesis and Manuscript writing skills 4+0 Compulsory
4 CPC-804 Development of Research proposal for funding Agencies 6+0 Compulsory
5 CPC-805 Seed Conservation 3+1 Compulsory
6 CPC-806 Climate change and Plant Biodiversity 3+0 Optional
7 CPC-808 Plant Molecular Biology and Conservation 3+1 Optional
8 CPC-809 Endemism and Biodiversity 3+0 Optional
9 CPC-810 Introduction to Forestry 2+1 Optional
10 CPC-811 Sustainable Development and Environment 3+0 Optional
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Research

RESEARCH AREAS
Basic and applied fields of Plant Sciences such as Plant Systematics, Plant Taxonomy, Plant biodiversity, Plant Conservation, Phyto-chemistry, Tissue culture, Germ plasma storage, Ethnobotany, Horticulture and Plant nano-technology.

RESEARCH FACILITIES/ LABORATORIES:

  • A well-equipped tissue culture laboratory is established to conserve the country's rare plant species, through in-situ as well as ex-situ conservation.
  • Scanning Electron microscope Lab
  • Spectrophotometer Lab
  • Atomic absorption Lab
  • Facility of other equipment such as Microplate reader/ Elisa reader, centrifuge, digital microscope and Rotatory evaporator with chiller are also available.

CAREER OPPORTUNITIES:
Students holding M. Phil. / Ph.D. degrees from Centre for Plant Conservation can apply in different fields of biological departments, pharmaceutical industries, educational, research institutions, and scientific organizations (Government or Non-Government sectors).

PROGRAMMES OFFERED:
M.Phil. and Ph.D.

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Research Productivity

Research Productivity

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Events

    Events

    • Celebrated Open House (March 15th -16th 2023 :: Click here

    • Celebration of Biodiversity Day (22nd May, 2024) :: Click here

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SRSP Projects Award

Contribution to Red data book of Pakistan: Evaluation of Conservation Status of Some Endemic Taxa of Sindh-Pakistan

The Office of Research, Innovation and Commercialization (ORIC), University of Karachi, proudly congratulates Dr. Roohi Bano, Associate Professor, Centre for plant Conservation, University of Karachi, on being awarded a research project under the SRSP Projects Award.
Project Title: Contribution to Red data book of Pakistan: Evaluation of Conservation Status of Some Endemic Taxa of Sindh-Pakistan. Principal Investigator: Dr. Roohi Bano, Centre for Plant Conservation, University of Karachi.
This SRSP Project Award recognizes the scientific merit and national importance of documenting and evaluating threatened endemic plant species of Sindh for the Red Data Book of Pakistan.
ORIC will extend complete administrative and technical support throughout the project lifecycle to ensure successful execution and translation.
We wish Dr. Roohi Bano great success in this important work.

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CPC

History

A modern and fully equipped Centre for Plant Conservation was established at the University of Karachi. This centre is divided into two major sections. (i) Botanic garden and (ii) the herbarium. In the Botanic garden conservation of many threatened plant species further several interesting flowering, wild and fruit plants are being cultivated. 

The Botanical Garden of the University of Karachi was inaugurated by the Governor Sindh the Chancellor of the University of Karachi, Dr. Ishratul Ebad Khan on 12 September, 2007. Spread over an area of 35 acres more than two thousand species of plants are growing at the garden. The entire garden has been developed with the treated water supplied from the Sewerage Treatment Plant, specially set up within the Campus.  The objective of the Centre of Plant Conservation which includes Karachi University Botanic Garden and Karachi University Herbarium is to improve the environment, creating awareness and for the promotion of conservation of natural resources. Centre is actively engaged in various research activities including tissue culture of endemic and rare plants. 

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Publications

S. No. Plant Taxonomy (Plant systematics, Seed & Pollen Morphology)  
1 Anjum, P., R. B. Abid, T. Rauf and R. Akhlaq. Macromorphological studies of tribe Tageteae and Millerieae from Pakistan and Kashmir (in process) 2026
2 Abid, R., and M. Qaiser. 2025. Pollen Morphology of Melanoseris Decne. (Cichorieae-Asteraceae) from Pakistan and Western Himalayas and its taxonomic significance. Grana (in review process) 2026
3 Abid, R., S. Riaz, R. B. Abid and S. Jannat. (2024). Macro and Micromorphology of the seeds (Caryopses) in the tribes Andropogoneae and Eragrostideae (Poaceae) from Karachi-Pakistan. Pakistan Journal of Botany 56(5): 1899-1909. 2024
4 Akhlaq, R., Abid, R., & Arzu Rashid, A. (2024). Taxonomic significance of cypselas morphology of tribe Heliantheae (Asteraceae) from Pakistan and Kashmir. The Iranian Journal of Botany, 30(1), 72-84. 2024
5 Rauf, T., & Perveen, A. (2024). Palynological Investigations of Some Selected Taxa of the Tribe Coreopsideae (Asteraceae) From Pakistan and Kashmir and Their Taxonomic Implications. Pak. J. Bot, 56, 2. 2024
6 Perveen, A., & Rauf, T. (2023). Palynological Investigation of the tribe Heliantheae (Asteraceae) in Pakistan and its taxonomic Implications. The Iranian Journal of Botany, 29(2), 132-146. 2023
7 Akhlaq, R., Abid, R., Perveen, A., & Khan, S. A. (2022). Taxonomic significance of cypselas morphology in the tribe coreopsideae (Asteraceae) from Pakistan and Kashmir. The Iranian Journal of Botany, 28(2), 113-127. 2022
8 Abid, R., & Qaiser, M. (2022). Pollen morphology of Lactuca L.(s. lat.)(Cichorieae: Asteraceae) from Hindukush, Western Himalayan and Karakorum ranges and its taxonomic significance. Palynology 2023
9 Abid, R. B., & Qaiser, M. (2022). Pollen Morphology of Melanoseris Decne.(Cichorieae-asteraceae) From Pakistan and Western Himalayas and Its Taxonomic Significance. Preprint 2022
10 Ali, S & Perveen, A. (2021). Pollen viability and germination capacity in three taxa of the genus Brassica L. Brassicaceae. Pak.j.Bot.53(3). 2021
11 Rauf, Taba, Perveen, Anjum. (2020). Comparative study of different species of the genus Ocimum L. found around Madinat-ul-Hikmah Hamdard University, Pakistan, with special reference to taxonomical characteristics” in Hamdard Medicus 63 (2). 2020
12 Qaiser, M. & Perveen, Anjum. (2019). Pollen morphology of the genus Pedicularis L. Orobanchaceae from Pakistan and Kashmir and its taxonomic implications. Pak. J. Bot.. 51(4): 1809-1818. 2019
13 Ghafoor, A., Qaiser, M., & Abid, Roohi. (2019). Notes on Asteraceae-Cardueae from Pakistan and Kashmir: some additions and corrections. Pakistan Journal of Botany, 51(4), 1429-1440. 2019
14 Ghafoor, A., Qaiser, M., & Abid, R. (2017). Notes on Cichoreae (Asteraceae) from pakistan and kashmir: Some additions and corrections. Pak. J. Bot, 49(4), 1323-1325. 2017
15 Omer, S.A. and Perveen, Anjum, (2017). Taximetry of the genus Psychrogeton Boiss. From Pakistan and Kashmir. Int. J. Biol. Biotech., 14 (4): 633-638. 2017
16 Rashid, A.A. & Perveen, Anjum & Abid, Roohi. (2017). Pollen morphology of the subfamily Coryphoideae –Arecaceae (Excluding tribe Phoeniceae) from Pakistan and Kashmir. 49. 605-616. 2017
17 Zeb, Shaista & Perveen, Anjum & Khan, Mujeeb. (2017). Analysis of protein profile and pollen morphology of Guaiacum officinale linn. Pakistan Journal of Botany. 49. 1497-1500. 2017
18 Perveen, Anjum & Qaiser, M. & Omer, Suleymen. (2017). A new species of psychrogeton (Astereae ˗Asteraceae) from Pakistan. Pakistan Journal of Botany. 49. 2367-2370. 2017
19 Perveen, A., Khan, M., Mansuri, S., & Tabassum, T. (2016). Morphological studies on trichome of family Asteraceae. International Journal of Biology and Biotechnology, 13(2), 177-182. 2016
20 Khan, M., Perveen, A., & Qaiser, M. (2016). Seasonal and diurnal variation of atmospheric fungal spore concentrations in Hyderabad, Tandojam-Sindh and the effects of climatic conditions. Pakistan Journal of Botany, 48(4), 1657-1663. 2016
21 Rashid, A.A. & Perveen, Anjum & Abid, Roohi & Qaiser, M.. (2016). Pollen morphology of the subfamily arecoideae griff. (family-arecaceae) from pakistan and kashmir. Pak. J. Bot., 48. 1051-1060. 2016
22 Kousar, Shazia & Qamarunnisa, Syeda & Perveen, Anjum & Jamil, Ishrat. (2016). Morphological features and relationship of genus Convolvulus (Convolvulaceae) from Pakistan. Journal of Agri-Food and Applied Sciences. 41. 07-12. 2016
23 Roohi, A., & Muhammad, Q. (2015). Cypsela morphology of Lactuca L. and its allied genera (Cichoreae-Asteraceae) from Pakistan and Kashmir. Pakistan Journal of Botany, 47(5), 1937-1955. 2015
24 Qaiser, M. & Perveen, Anjum & Sarwar, Ghulam. (2015). Pollen morphology of the family Crassulaceae from Pakistan and Kashmir and its taxonomic implications. Pakistan Journal of Botany. 47. 1481-1493. 2015
25 Perveen, Anjum & Qaiser, M.. (2015). Pollen flora of pakistan–lxviii. Alliaceae. Pakistan Journal of Botany. 47. 263-268. 2015
26 Perveen, Anjum and Mansuri, Shazia. (2015). Rapid propagation of a biodiesel plant Cassava (Manihot esculena Crantz) through tissue culture. Int. J. Biol. Biotech., 12(3): 369-372. 2015
27 Yaseen, Shumaila & Perveen, Anjum. (2015). Pollinia morphology to some members of Asclepiadaceae of Pakistan. Bangladesh Journal of Botany. 43. 10.3329/bjb.v43i3.21590. 2015
28 Shinwari, Z. K., Tanveer, M., Yusuf, O., Perveen, A., & Khan, M. (2015). Protein estimation and palynlogical studies of Cannabis sativa L. pollen in relation to respiratory allergies. Pak. J. Bot, 47(4), 1517-1520. 2015
29 Perveen, Anjum, Muneeba Khan, Shaista Zeb, and Asif Imam. "Impact and correlation of environmental conditions on pollen counts in Karachi, Pakistan." Iranian Journal of Allergy Asthma and Immunology; (2015): 83-90. 2015
30 Perveen, A., Noori, M. Y., Khan, M., & Qureshi, M. A. (2015). Spectrum of allergenic pollen in Karachi and their characterization using conventional and electron microscopy: Potential candidates for allergy vaccines. Rawal Medical Journal, 40(1), 7-13. 2015
31 Perveen, Anjum, Zeb, Shaista, Khan, Muneeba, and Qaiser, M. (2014). Seasonal fluctuations of Airborne pollen grains count and its correlation with climaic factors from Khairpur; Sindh, Pakistan. Pak. J. Bot., 46(1): 299-306. 2014
32 Ali, Shaukat & Perveen, Anjum. (2014). In vitro pollen germination of five citrus species. Pakistan Journal of Botany. 46. 951-956. 2014
33 Perveen, Anjum & Qaiser, M.. (2014). Pollen flora of Pakistan-LXXI. Rosaceae. Pakistan Journal of Botany. 46. 1027-1037. 2014
34 Sardar, Andleeb & Perveen, Anjum & Khan, Zaheer-Ud-Din. (2013). A palynological survey of wetland plants of Punjab, Pakistan. Pakistan Journal of Botany. 45. 2131-2140. 2013
35 Ali, Shaukat & Perveen, Anjum & Sarwar, Ghulam. (2013). Germination capacity and viability in pollen of Prunus Amygdalus Batsch (Rosaceae). Pakistan Journal of Botany. 45. 1383-1385. 2013
36 Perveen, Anjum & Qaiser, M.. (2013). Pollen flora of Pakistan-LXXII. Ericaceae. Pakistan Journal of Botany. 45. 977-979. 2013
37 Perveen, Anjum & Qaiser, M.. (2013). Pollen flora of Pakistan-LXXI. Onagraceae. Pakistan Journal of Botany. 45. 241-245. 2013
38 Perveen, Anjum & Khan, Muneeba & Zeb, Shaista. (2012). Identification and quantification of airborne pollen from Hyderabad: tando-jam, sindh. Pakistan Journal of Botany. 44. 1755. 2012
39 Bano, Roohi  and Qaiser, M. 2011. A Taxonomic revision of the genus Lactuca L. (Cichoreae-Asteraceae) from Pakistan and Kashmir. Pak.J. Bot., 43(5): 2259-2268. 2011
40 Perveen, Anjum & Sarwar, G.R.. (2011). Pollen germination capacity of two cultivated species (Jasminum sambuc (L.) AIT. and Nycanthes arbor-tristis L.) of family oleaceae. Pakistan Journal of Botany. 43. 2109-2112. 2011
41 Ali, Shaukat & Perveen, Anjum. (2011). Pollen germination capacity and viability in Lagenaria siceraria (Molina) standley (Cucurbitaceae). Pakistan Journal of Botany. 43. 827-830. 2011
42 Perveen, Anjum & Ali, Shaukat. (2011). Pollen germination capacity and maintenance of pollen in praecitrullus fistulosus (stocks) pangola (Cucurbitaceae). Pakistan Journal of Botany. 43. 2011
43 Perveen, Anjum & Ali, Shaukat. (2010). Maintenance of pollen germination capacity of Vitis vinifera L. (Vitaceae). Pakistan Journal of Botany. 42 (5) 2010
  Biodiversity & Conservation  
1 Kousar, Shazia & Perveen, Anjum & Jamil, Ishrat & Qamarunnisa, Syeda. (2017). The genetic diversity of Convolvulus L. species inhabited in Pakistan based on intergenic spacer trnL-trnF. Journal of Biodiversity and Environmental Sciences. 11. 143-150. 2017
2 Fatima, Huma & Perveen, Anjum & Qaiser, M.. (2016). Micropropagation to rescue endangered plant Moringa concanensis Nimmo (Moringaceae). Pakistan Journal of Botany. 48. 291-294. 2016
3 Hussain, Muhammad & Perveen, Anjum. (2015). Phytosociological attributes of the plant biodiversity of the fort ranikot and adjoining area (kirthar range). Pakistan Journal of Botany. 47. 927-935. 2015
4 Perveen, Anjum & Hussain, Muhammad. (2007). Plant biodiversity and phytosociological attributes of Gorakh hill (Khirthar range). Pakistan Journal of Botany. 39. 691-698. 2007
  Phytochemistry  
1 Khalid, H., R. Abid, U. Haroon, A. Aziz, R. Fatima, T. Rauf, F. Ahmed and N. A. Hassan. 2024. Evaluation of antimicrobial efficiency and growth dynamics of human pathogens exposed to Prosopis juliflora pod extract. Journal of Population Therapeutics and Clinical Pharmacology 31 (9): 1-12. 2024
2 Azmat, R., R. Abid, S. Moin, T. Ahmed, A. Saleem and W. Ahmed. 2024. Detection of iodine in aqueous extract of plants through modified Mohr’s method. Physical Sciences Reviews 9(3): 1603-1612. 2024
3 Rasheed, S., Perveen, A., Khadim, A., Ijaz, S., Rahman, S. U., & Musharraf, S. G. (2023). Chemical fingerprinting of Nepeta L. species and antioxidant analysis of their leaves extract. Chemical Papers, 1-13. 2023
4 Kousar, Shazia,  Sadia Rasheed, Syeda Erum Razzaq, Anjum Perveen, Nausheen ghaffar. (2020). Qualitative phytochemicals screening of the endemic plant Buxus papillosa C.K. Schneid. Asian J. Pharmacogn 4(1): 49-51. 2020
5 Perveen, Anjum & Ijaz, Shabir & Na, Ghaffar. (2020). Comparative phytochemical and physicochemical study of seeds of the genus Angelica L. from Neelum valley Azad Kashmir, Pakistan. Pakistan Journal of Botany. 52. 10.30848/PJB2020-1(44). 2020
6 Ijaz, Shabir & Perveen, Anjum & Kousar, Shazia & ghaffar, Nousheen. (2019). Physico-chemical and Preliminary Phytochemical Study of Seeds of Datisca cannabina Linn (Datiscaceae) from Himalaya Region in Pakistan. 8. 4. 2019
7 Perveen, Anjum & Ijaz, Shabir & ghafar, Nousheen. (2018). Physicochemical and Preliminary Phytochemical Analysis of seeds of Sambucus wightiana Wal. ExWight & Arn. Hamdard medicus. 61. 2018
8 Khan, Zaheer-Ud-Din & Faisal, Summiya & Perveen, Anjum & Sardar, Andleeb & Zahra, Sabahat. (2018). Phytochemical properties and antioxidant activities of leaves and fruits extracts of parthenocissus quinquefolia (L.) planch. Bangladesh Journal of Botany. 47. 33-38. 2018
9 Zeb, Shaista & Perveen, Anjum & Khan, Muneeba. (2018). Biochemical characterization and allergenic potential of Cenchrus Pennisetiformis Hchst. & Steud. ex Steud. Pollen grains. Pakistan Journal of Botany. 50(6): 2347-2350. 2018
10 Sardar, Andleeb & Perveen, Anjum & Khan, Zaheer-Ud-Din & Farid, Sidra & Khan, I.U.. (2017). Phytochemical screening, GC-MS analysis and in vitro antioxidant activity of pollen of Centella asiatica (Linn) urban a traditional medicinal plant. Pakistan Journal of Pharmaceutical Sciences. 30. 2239-2245. 2017
11 Fatima, Huma & Perveen, Anjum & Qamarunnisa, Syeda & Munir, Uzma. (2014). Pharmacognostic and phytochemical analyses of leaves and seed storage of Abutilon pakistanicum Jafri and Ali an endemic plant of Pakistan. Pakistan Journal of Botany. 46 (6). 2035-2041. 2014
12 Munir, Uzma & Perveen, Anjum & Qamarunnisa, Syeda. (2014). Comparative Pharmacognostic evaluation of some species of the genera Suaeda and Salsola leaf (Chenopodiaceae). Pakistan journal of pharmaceutical sciences. 27. 1309-1315. 2014
13 Munir, Uzma & Perveen, Anjum & Qamarunnisa, Syeda. (2014). A Pharmacognostic evaluation of Suaeda acuminata (C. A. Meyer) Moquin-Tandon (Chenopodiaceae) leaf. Int. J. Biol.Biotech, 11(1), 17-21. 2014
  Tissue Culture  
1 Mansuri, Shazia, Perveen, Anjum, and Khan, Saifullah. (2016). Preliminary pharmacognostic assessment, Callus formation and regenration of Abutilon sepalum Hus. & Baq. Pak. J. Bot. 48 (2): 723-727. 2016
2 Anjum, P., & Sadia, R. (2013). In vitro clonal propagation of Fuchsia magellanica Lam. African Journal of Biotechnology, 12(7), 670-678. 2013
  Ethnobotany  
1 Rauf, T., & Perveen, A. (2024). Ethnobotanical uses of wild plants of Karachi. Hamdard medicus, 67 (1): 25-39 2024
2 Ijaz, Shabir & Perveen, Anjum & Ashraf, Saima & Abid, Roohi & Kousar, Shazia & Abbas, Zaheer & Arsalan, Muhammad. (2022). Traditional knowledge of wild edible plants used by the people of Lawat, District Neelum, Azad Jammu & Kashmir, Pakistan. Ethnobotany Research and Applications. 23. 10.32859/era.23.24.1-16. 2022
3 Ijaz, Shabir & Perveen, Anjum & Ashraf, Saima. (2022). Anthropogenic threats and their impact assessment on medicinal flora of Western Himalaya-Neelum valley (Azad Jammu & Kashmir). Pak J. Bot. 54. 10.30848/PJB2022-5(38). 2022
4 Ijaz, Shabir & Perveen, Anjum & Ashraf, Saima & Bibi, Asia & Dogan, Yunus. (2021). Indigenous wild plants and fungi traditionally used in folk medicine and functional food in District Neelum Azad Kashmir. Environment, Development and Sustainability. 23. 1-24. 10.1007/s10668-020-00966-w. 2021
5 Eijaz, S., Khan, M., Mirza, A., Parveen, A., Mansuri, S., & Nadir, M. (2021). Evaluation of the antifungal, antibacterial, and anti-inflammatory activity of a halophyte plant Arthrocnemum macrostachyum Koch extracts. International Journal of Endorsing Health Science Research. 9(4), 1-12. 2021
6 Eijaz, S., Ahmed, H., Sohail, A., Khan, M., Parveen, A., & Haider, F. 2019. Evaluation of anti-inflammatory, antifungal and antibacterial activity of physorrhynchus brahuicus hook leaves and stem extracts. International Journal of Biology and Biotechnology; 16 (2): 477-487. 2019
7 Ijaz, Shabir & Perveen, Anjum & Ashraf, Saima & Kousar, Shazia & Bibi, Asia & Azhar, Nosheen. (2019). Wild medicinal plants of Lawat village Neelum valley Azad Kashmir, Pakistan and their uses in ethnomedicine. 2019
8 Khan, M., Perveen, A., Mansuri, S., Galani, S., Ali, M. K., Aijaz, S., & Naeem, N. (2018). The effect of Typha domingensis Pers. pollen on Balb/c mice mimicking local allergic rhinitis like symptoms. Pak. J. Bot, 50(2), 769-774. 2018
9 Eijaz, S., Mirza, A., Khan, M., Perveen, A., Mansuri, S., Nadir, M., ... & Haider, F. (2018). In vitro anti-inflammatory and antifungal activity of stem and roots extracts of ipomoea pes-caprae (linn.) R. BR. Int. J. Biol. Res, 6(2), 73-84. 2018
10 Perveen, Anjum & Ijaz, Shabir & Na, Ghaffar. (2018). Pharmacognostic Study of Seeds of Aconitum chasmanthum Stapf ex Holmes. A Wild Medicinal Plant of Neelum Valley Azad Jammu & Kashmir Pakistan. Journal of Pharmaceutics & Drug Delivery Research. 07. 10.4172/2325-9604.1000178. 2018
11 Ali, Shaukat & Perveen, Anjum & Qaiser, M.. (2015). Vegetation structure, edaphalogy and ethnobotany of Mahaban and Malka (District Buner) KPK, Pakistan. 47. 15-22. 2015
  Molecular Taxonomy  
1 Kousar, Shazia & Qamarunnisa, Syeda & Perveen, Anjum & Jamil, Ishrat. (2016). Intraspecific relationship within the genus Convolvulus L. Inferred by rbcL gene using different phylogenetic approaches. Pakistan Journal of Botany. 48. 2025-2030. 2016
2 Munir, Uzma, Perveen, Anjum, and Qamarunnisa, S. (2015). The utility of RBCL and MATK regions for DNA Barcoding analysis of the genus Suaeda (Amaranthaceae) species. Pakistan Journal of Botany. 47 (6). 2329-2334. 2015
  Ecology/ Pathology  
1 Qaiser, M., A. Perveen, Alam, H. Ali and R. Abid. (2025). Asteraceae in Pakistan and Kashmir with special emphasis on distribution pattern and endemism. Genetic resources and crop Evolution, 72: 6951-6980. 2025
2 Abid, R., & Qaiser, M. (2022). Distribution pattern and ecology of Lactuca L. and its allied genera (Lactucineae–Cichorieae) in Pakistan and Kashmir. Pak. J. Bot, 55, 1. DOI :ht ://doi.0 10.30848/ 112023-1 1 2022
3 Eijaz, Sana, Mirza, Amber, Khan, Muneeba, Perveen, Anjum, Mansuri, Shazia, Nadir, Muhammad, Baloch Munira Naz and Haider, Fouzia. (2018). In vitro anti-inflammatory and anti-fungal activity of stem and roots extracts of Ipomoea pes-caprae (L.) R.Br. Int. J. Biol. Res., 6 (2): 73-84. 2018
4 Khan, Mujeeb & Perveen, Anjum & Qaiser, M.. (2016). Seasonal and diurnal variation of atmospheric fungal spore concentrations in hyderabad; tandojam-sindh and the effects of climatic conditions. 48. 1657-1663. 2016
CPC

Contact

For further information please contact

Prof. Dr. Roohi Bano
Director 
Centre for Plant Conservation
Prof. Dr. S.I. Ali Botanical Garden and Herbarium
University of Karachi
Phone: 9221-99261364 (Direct) , 9221-99261300 Ext: 2557, 2371
cpc@uok.edu.pk
roohibano@uok.edu.pk