no eutrophicationcausedno eutrophication

in an increase in the total bacterial count in seawater to 1 × 107 ± 2.9 × 106 cells per ml in 21 daysresultedin an increase in the total bacterial count in seawater to 1 × 107 ± 2.9 × 106 cells per ml in 21 days

i nresultedi n

more green leaves on plantscreatedmore green leaves on plants

these parameters to increase especially during the first 28 days after treatment applicationhowever causedthese parameters to increase especially during the first 28 days after treatment application

to a vigorous growth of the plantleadsto a vigorous growth of the plant

conditions that expand the niche space for denitrifying organisms and may enhance the genetic capacity for denitrificationmay createconditions that expand the niche space for denitrifying organisms and may enhance the genetic capacity for denitrification

the coverage and composition of three individual Sedum sppinfluencedthe coverage and composition of three individual Sedum spp

in higher hexadecane and phenanthrene mineralization potentials on treated plotsresultedin higher hexadecane and phenanthrene mineralization potentials on treated plots

ultimatelymay leadultimately

a significant difference in flowering on fresh sandcauseda significant difference in flowering on fresh sand

in ~50 % loss of measured aliphatic and aromatic hydrocarbons in surface and subsurface soilsalso resultedin ~50 % loss of measured aliphatic and aromatic hydrocarbons in surface and subsurface soils

to enhanced sequestering of C by the ecosystems and it is likely that the ecosystems that have shown pronounced biomass increase after warming also have increased their C pool sizesleadsto enhanced sequestering of C by the ecosystems and it is likely that the ecosystems that have shown pronounced biomass increase after warming also have increased their C pool sizes

Real soil quality(passive) is caused byReal soil quality

increases in height increments on both Quercus prinus and Q. Moreover ... fertilized Quercus prinus saplings had lower concentrations of condensed tannins in their foliage ( Figcausedincreases in height increments on both Quercus prinus and Q. Moreover ... fertilized Quercus prinus saplings had lower concentrations of condensed tannins in their foliage ( Fig

COD , TN and TP in effluent(passive) were ... influenced byCOD , TN and TP in effluent

the pH to fluctuatewill causethe pH to fluctuate

high salt content / EC leading to dead plants also-can causehigh salt content / EC leading to dead plants also-

the rise in pH. Allowing the bracken compost to mature also resulted in a degree of reacidificationpreventedthe rise in pH. Allowing the bracken compost to mature also resulted in a degree of reacidification

The growth of chrysanthemum(passive) was influenced byThe growth of chrysanthemum

chemical and physical fixation of Pcauseschemical and physical fixation of P

more harm than good ... by providing weeds with the materials that they need for growth without benefiting the sown speciescan ... causemore harm than good ... by providing weeds with the materials that they need for growth without benefiting the sown species

to the decline in microbial activity that feeds on the waste clippingscontributesto the decline in microbial activity that feeds on the waste clippings

in positive effects on SOM balanceresultedin positive effects on SOM balance

this why not go organiccan causethis why not go organic

these problemscan causethese problems

to a shortening of that period and to an improvement of the yield in fish per unit areawould leadto a shortening of that period and to an improvement of the yield in fish per unit area

hydration reduction and affects their physical propertiescauseshydration reduction and affects their physical properties