Wood anatomy reveals high theoretical hydraulic conductivity and low resistance to vessel implosion in a Cretaceous fossil forest from northern Mexico

Agriculture & Biology

• wood anatomy 74%
• hydraulic conductivity 68%
• fossils 60%
• fluid mechanics 55%
• Mexico 47%
• tropical rain forests 27%
• vegetation structure 27%
• leaves 20%
• flora 19%
• drought 18%
• evaporative demand 16%
• chronosequences 16%
• wet environmental conditions 15%
• forest communities 14%
• ecological function 13%
• carbon dioxide fixation 13%
• deciduous forests 13%
• water potential 12%
• drought tolerance 11%
• surface area 10%
• Angiospermae 10%
• climate 9%
• water 4%
• methodology 3%

Medicine & Life Sciences

• Droughts 93%
• Physiognomy 70%
• Forests 69%
• Mexico 62%
• Rainforest 62%
• Anatomy 47%
• Magnoliopsida 31%
• Carbon Cycle 29%
• Water 26%
• Climate 22%

Chemistry

• Hydraulic Conductivity 100%
• Cavitation 58%
• Leaf Like Crystal 39%
• Resistance 36%
• Conductivity 7%
• Surface Area 7%
• Carbon Atom 5%
• Surface 3%