Results 131 to 140 of about 22,795 (293)
Ethylene and Senescence in Petals of Tradescantia [PDF]
, 1978 Jeffrey C. Suttle, Hans Kende
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Exploration, EarlyView.This review demonstrates the development of heterogeneous catalysts for energy conversion and storage applications using the atomic layer deposition (ALD) technique. A comprehensive survey of various types of energy‐related catalysts has been conducted.
Myung‐Jin Jung +3 more
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Studies on the Wax of the Petal of Rosa rugosa THUNB
, 1956 Y. OBATA, H. HORITSU
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Saxifraga rufescens var. rufescens (Saxifragaceae): A New Addition to the Flora of India
Feddes Repertorium, EarlyView.ABSTRACT Saxifraga rufescens Balf.f., a species of Saxifragaceae, previously known from China and Myanmar, is now recorded from Nagaland, India. This study offers detailed morphological descriptions, habitat characteristics, field photographs, distributional data, and an analysis of its taxonomic relationships with closely related species, facilitating
Santanu Dey +4 more
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Ethylene-Induced Gene Expression in Carnation Petals [PDF]
, 1988 William R. Woodson, Kay A. Lawton
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Garcinia kusumae (Clusiaceae): A New Species From Assam, India
Feddes Repertorium, EarlyView.ABSTRACT A new species, Garcinia kusumae (Clusiaceae), is described and illustrated from Assam, India. Detailed comparisons with morphologically similar species are provided to support its novelty. This discovery contributes to the underexplored diversity of Garcinia in Northeast India and highlights the importance of continued botanical exploration in
Jatindra Sarma, Hussain A. Barbhuiya
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Senescence in Isolated Carnation Petals [PDF]
, 1982 George J. Wulster +2 more
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Heptapleurum assamicum (Araliaceae): A New Species From Assam, India
Feddes Repertorium, EarlyView.ABSTRACT A new species, Heptapleurum assamicum (Araliaceae), is described and illustrated from Assam, India. It was discovered during floristic documentation conducted in the Kopili River basin, in the Dima Hasao and West Karbi Anglong districts. The species is distinguished by a unique combination of morphological characters. Detailed comparisons with
Santanu Dey +3 more
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