Earth & Environmental Sciences
fungus
98%
material
51%
encapsulation
45%
future prospect
44%
cellulose
39%
cave
34%
screening
31%
crack
31%
limestone
28%
microorganism
26%
leather
18%
circular economy
15%
reinforcement
15%
cement (construction material)
14%
additive
14%
natural fiber
13%
mechanical property
13%
nucleation
12%
self potential
12%
corrosion
12%
bacterium
11%
applied research
11%
degradation
10%
calcium carbonate
9%
durability
8%
biomineralization
7%
momentum
6%
pressing
5%
recycling
5%
cell
5%
agricultural waste
5%
construction industry
5%
market
5%
state of the art
5%
particle
5%
organic waste
5%
manufacturing
5%
animal
5%
Agriculture & Biology
mycelium
100%
composite materials
63%
biodegradability
34%
fungi
31%
cellulose
26%
soil
18%
leather
17%
hemp
12%
particleboards
11%
circular economy
11%
fossils
11%
hyphae
10%
mechanical properties
10%
momentum
9%
methodology
8%
biomineralization
8%
Ganoderma
8%
potting mix
8%
biocompatible materials
8%
microorganisms
8%
netting
7%
degradation
7%
recycling
7%
biological development
6%
feedstocks
6%
nylon
6%
corrosion
5%
Coriolus versicolor
5%
weight loss
5%
white-rot fungi
5%
natural fibers
5%
markets
5%
Engineering & Materials Science
Composite materials
42%
Abrasives
37%
Robotics
27%
Wire
27%
Biological materials
24%
Fabrication
17%
Hybrid materials
13%
Materials properties
12%
Materials handling
10%
Concrete slabs
10%
Foams
8%
Physical properties
8%
Scalability
7%
Agricultural wastes
7%
Pipelines
7%
Lignin
6%
Natural fibers
6%
Substrates
6%
Microorganisms
6%
Natural resources
6%
Cellulose
5%
Construction industry
5%
Fossil fuels
5%
