Leaf venation network architectural traits along a forest-savannah gradient in Ghana Cleared leaf venation architecture along a rainfall gradient in tropical Ghana
Domaine:
environment and energyType de record:
dataset
Créateur:
Boa
DuaDja
DuaDjaÉditeur:
BoaDuaDja
DuaDjaÉditeur:
Hôte:
This dataset contains leaf venation architecture traits for 27 angiosperm tree species from a tropical forest-savanna rainfall gradient in Ghana, West Africa. Collection sites comprised evergreen forest (Ankasa; 5.26°N, 2.69°W; mean annual precipitation [MAP] 2000 mm), semi-deciduous forest (Bobiri; 6.69°N, 1.32°W; MAP 1500 mm), and dry forest (Kogyae; 7.26°N, 1.15°W; MAP 1200 mm). 1-2 leaves per species were chemically cleared, imaged with a high-resolution flatbed scanner, and processed using LeafVeinCNN software in Matlab. This dataset comprises the cleared leaf images, venation segmentations, extracted networks (spatial graphs), and venation architectural traits generated from LeafVeinCNN. This dataset is useful for leaf venation architectural comparison between plant species and across rainfall gradients.
Similaires
Plastic response in amphibious plant functional traits along a latitudinal (climate) gradientCrop management using predictive analytics and leaf venation networksRemotely-sensed vegetation greening along a restoration gradient of a tropical forest, Kibale National Park, UgandaVariation of morphological and leaf stoichiometric traits of two endemic species along the elevation gradient of Mount Kenya, East AfricaForest structure determines spatial changes in avian communities along an elevational gradient in tropical AfricaLeaf epidermal and venation studies of some Bridella species (Phyllanthaceae)