kwic
due+to
due+to
right
off
ON
306
1
100
500
strict
ELIZA cgi-bash version rev. 1.90
- Medical English LInking keywords finder for the PubMed Zipped Archive (ELIZA) -
return
kwic search for due to out of >500 occurrences
319715 occurrences (No.67 in the rank) during 5 years in the PubMed. [no cache] 500 found
--- ABSTRACT ---
--- ABSTRACT END ---
[frequency of next (right) word to due to]
319715 occurrences (No.67 in the rank) during 5 years in the PubMed. [no cache] 500 found
| 306) The use of remote-sensing techniques is rapid, cost-effective, and reliable to monitor changes in rice cultivated area over long periods of time and estimate the reduction in area cultivated due to abiotic stress such as water stress and submergence. |
| PMID:24405761 DOI:10.1016/j.jenvman.2013.11.039 |
| 2015 Journal of environmental management |
| * Remote sensing based change analysis of rice environments in Odisha, India. |
| - The rainfed rice-growing environment is perhaps one of the most vulnerable to water stress such as drought and floods. It is important to determine the spatial extent of the stress-prone areas to effectively and efficiently promote proper technologies (e.g., stress-tolerant varieties) to tackle the problem of sustainable food production. This study was conducted in Odisha state located in eastern India. Odisha is predominantly a rainfed rice ecosystem (71% rainfed and 29% canal irrigated during kharif-monsoon season), where rice is the major crop and staple food of the people. However, rice productivity in Odisha is one of the lowest in India and a significant decline (9%) in rice cultivated area was observed in 2002 (a drought year). The present study analyzed the temporal rice cropping pattern in various ecosystems and identified the stress-prone areas due to submergence (flooding) and water shortage. The spatial distribution of rice areas was mapped using MODIS (MOD09Q1) 250-m 8-day time-series data (2000-2010) and spectral matching techniques. The mapped rice areas were strongly correlated (R(2) = 90%) with district-level statistics. Also the class accuracy based on field-plot data was 84.8%. The area under the rainfed rice ecosystem continues to dominate, recording the largest share among rice classes across all the years. The use of remote-sensing techniques is rapid, cost-effective, and reliable to monitor changes in rice cultivated area over long periods of time and estimate the reduction in area cultivated due to abiotic stress such as water stress and submergence. Agricultural research institutes and line departments in the government can use these techniques for better planning, regular monitoring of land-use changes, and dissemination of appropriate technologies. |
[
right
kwic]
(1)115  the |
(10)4 insufficient |
(19)2 cardiac |
(28)2 pannus |
| (2)30 its |
(11)3 changes |
(20)2 common |
(29)2 potential |
| (3)30 their |
(12)3 increased |
(21)2 condom |
(30)2 previous |
| (4)20 a |
(13)3 low |
(22)2 environmental |
(31)2 primary |
| (5)9 an |
(14)3 multiple |
(23)2 extreme |
(32)2 progressive |
| (6)5 limited |
(15)3 poor |
(24)2 inadequate |
(33)2 prolonged |
| (7)4 differences |
(16)3 possible |
(25)2 inflammation |
(34)2 similarities |
| (8)4 different |
(17)2 abnormal |
(26)2 lack |
(35)2 some |
| (9)4 high |
(18)2 anthropogenic |
(27)2 major |
add keyword
--- WordNet output for due ---